conference overview - IRMMW

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IRMMW-THz 2014
Tucson, AZ, USA September 14-19, 2014
CONFERENCE OVERVIEW
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IEEE Catalog No. CFP14IMM-ART
ISBN 978-1-4799-3877-3
Cover Photo from: http://www.globeimages.net/img-saguaro-national-parkarizona-(3)-us-8158.htm date: 14.10.2011 03:48 Saguaro National Park, Arizona (3) US
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IRMMW-THz 2014
IRMMW-THz 2014
Table of Contents
CONFERENCE OVERVIEW ........................................................ 2
WELCOME TO IRMMW-THz 2014 ........................................... 5
2014 CONFERENCE OVERVIEW ............................................... 8
CONFERENCE ORGANIZERS ................................................... 12
HISTORY OF THE CONFERENCE SERIES ................................. 17
PAST AND FUTURE CONFERENCES ........................................ 20
KENNETH J BUTTON AWARD ................................................. 21
EXCEPTIONAL SERVICE AWARD ............................................ 24
BEST STUDENT PAPER / PRESENTATION .............................. 25
INFORMATION FOR PRESENTERS & CHAIRS ......................... 27
BANQUET, EXCURSIONS & GUEST PROGRAM....................... 30
TUCSON ................................................................................. 31
UNIVERSITY OF ARIZONA ...................................................... 32
TECHNICAL EXHIBIT .............................................................. 34
KEY DATES AND PLENARY SPEAKERS ..................................... 35
SESSION TOPIC KEY ................................................................ 36
PROGRAM AT A GLANCE ....................................................... 36
SESSIONS AND PRESENTATIONS ........................................... 46
AUTHOR INDEX ................................................................... 150
IN MEMORIAM OF PROFESSOR HUI-CHUN LIU ................... 183
SPONSORS AND EXHIBITORS .............................................. 186
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IRMMW-THz 2014
Welcome To IRMMW-THz 2014
Welcome to the 39th International Conference on Infrared,
Millimeter and Terahertz Waves, IRMMW-THz 2014.
The theme of our 2014 conference is "THz: The Next Generation"
emphasizing the new disciplines, applications, and people that
have recently entered our unique field. This year’s conference
brings together more than 550 participants covering all areas of
high frequency science and technology. Our new TOPIC AREA KEY
contains 36 subjects spanning our conference scope, from ultrafast chemistry and physics to biology and medical applications.
We set a USA venue record this year with 670 submitted abstracts from 34 countries. These were pared down to roughly 545
papers by our International Advisory Committee (IAC) Chaired by
Arizona State University’s Chris Groppi, and they are presented
to you in approximately 338 oral and 207 poster presentations.
Included in this year’s oral talks are more than 50 invited and specially selected Keynote presentations, and 10 Plenary talks by extremely distinguished scientists and engineers in our field, including Nobel Laureates John Mather and Serge Haroche, and 2013
IEEE President, Peter Staecker. All the Plenary speakers are listed
later in this program guide.
Our local organizing committee (LOC) has been working tirelessly
for the last 12 months to make sure every aspect of the conference will meet the high standards and expectations you have
grown to appreciate from IRMMW-THz conferences over the
years. For the first time, the conference is being financed
through the International Society of Infrared, Millimeter, and Terahertz Waves. The IRMMW-THz Society Board of Directors is
made up of members of the International Organizing Committee
(IOC). The involvement of the IRMMW-THz Society will ensure
that all future conferences can be financially managed, even if
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IRMMW-THz 2014
the local organizing committee is unable to secure the required
upfront funding.
As usual, the LOC has tried to make this conference as professionally relevant and technically exciting as possible. In addition
to the regular talks and posters, the highlighted Keynotes and the
superb Plenary sessions, we also have more than 25 companies
who have signed up as Exhibitors. This is especially pleasing, considering the tight economic situation and tightening travel restrictions that have plagued events in the USA in recent years.
In order to make sure all of you have a chance to enlarge your
professional networks as well as your technical knowledge base,
we have arranged a number of “socio-techno” gatherings. These
include a Welcome Reception and General Registration on Sunday the 14th, where our Exhibitors will be participating for oneon-one introductions and discussions; a grand dinner and awards
ceremony at the PIMA Air and Space museum on Wednesday;
and a series of high interest science-themed outings on Friday afternoon to end the conference. We also have a “Thank You” reception scheduled on Thursday for past and future reviewers of
the IEEE Transactions on Terahertz Science and Technology for
those who have signed up. We are sure you will enjoy all of these
diversions, as well as the congenial and informal atmosphere of
Tucson and the University of Arizona campus.
Located near the Sonoran Desert, Tucson is in a unique environment and as such we encourage you to take advantage of both
the natural landscape and surroundings as well as the many local
high-tech places of interest, during your stay. These include the
Arizona-Sonora Desert Museum, the Kitt Peak National Observatory, the University of Arizona Mirror Lab, Biosphere II and the
other places we have highlighted for you in the program.
We are sure you will enjoy this year’s conference, which happens
to fall on the 40th anniversary of IRMMW-1, held in June 1974 in
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IRMMW-THz 2014
Atlanta, Georgia, USA. There are several attendees here this year
that were present at that very first event in our now long history
of successful conferences. Please seek them out and ask about
the conference history. It is an interesting one!
Without further ado, please turn the page and start scanning
through the rest of this program book to find all the information
you should need to make your attendance at this event productive, exciting and most of all, memorable. We wish you the best
in all your future Millimeter, THz and Infrared endeavors!
Yours most sincerely,
Peter H. Siegel and Chris Walker
IRMMW-THz 2014 local co-Chairs
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IRMMW-THz 2014
2014 Conference Overview
Continuing the three-year, three-continent, conference rotation
sequence started in 1999, IRMMW-THz 2014 takes place in the
USA, on the grounds of the University of Arizona, Tucson, between September 14th and 19th.
More than 670 abstracts from 34 countries were received and
reviewed by this year’s International Advisory Committee (IAC).
545 of these are presented in the accompanying program. Listed
are some 273 regular oral talks, 207 posters, 55 selected Keynote
talks and 10 special plenary speakers. Keynote speakers, generally appearing at the start of each oral session, will provide both
overviews of special areas of interest and summaries of some of
their latest work. Plenary speakers with outstanding accomplishments in their respective fields will present extended talks for the
entire conference each morning between 8:30 and 10:30AM in
the Crowder Auditorium at the Music School, one block west of
the main lecture, poster and Exhibition rooms at the University
of Arizona Student Union Memorial Center. EVERYONE should
arrive at Crowder Hall each morning at 8:30AM. We will all move
to the Student Union after the Plenary session for a coffee break
and the start of the regular oral sessions at 11:00AM. On Monday morning we will have a full conference photo shoot following
the Plenary, as we exit Crowder Hall for the short walk over to
the Student Union building.
This year’s topic areas span a wide range of interests from medical applications of microwaves to advanced THz communications
networks to the origins of the universe. These include at least a
few subjects that the attendee may not expect to encounter at
this conference, apropos to my personal goals of expanding horizons and promoting cross-disciplinary research.
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IRMMW-THz 2014
We are privileged to have the 2013 IEEE President, Dr. Peter
Staecker with us to start the conference technical sessions at
Monday morning’s Plenary. Dr. Staecker is followed by 2006 Nobel Laureate in Physics, Dr. John Mather who will highlight the
conference’s astronomy theme this year. On Tuesday we open
the Plenary session with a talk from recent 2012 Nobel Laureate
in Physics, Dr. Serge Haroche, who will bring us back to basic
physics in his discussion of quantum theory and microwave photons. Professor Andrea Neto, from Technical University of Delft,
Netherlands, will then enlighten us with a practical discussion on
high frequency antennas.
Opening our Wednesday Plenary, Professor Xi-Cheng Zhang will
receive his 2014 Kenneth J. Button award and present a special
lecture on his career long activities in THz time domain techniques and applications. MIT Professor Rick Temkin will then
tempt us all into the world of high power sources when he presents his Plenary talk about gyrotrons and their applications.
At Thursday’s Plenary session, we have two very special talks,
one from UC Berkeley Professor Richard Saykally on the spectroscopy of Water – the favorite subject of everyone living in California right now – and a second inspiring talk from Stanford Professor Tom Lee expanding our ideas about the future of THz communications.
The first of Friday’s two Plenary talks will come from pioneering
radio-astronomer Dr. Paul Goldsmith now at JPL, on the value
and findings that have trickled down to us from recent millimeter
and submillimeter wave radio astronomy instruments. The second is from Osaka Professor Masanori Hangyo on new and novel
applications of THz time spectroscopy. Appropriately we end the
conference Plenary sessions with an equal emphasis on both the
RF and Optical domains in THz, whose two communities have
now come very solidly together, as hoped, at our IRMMW-THz
conferences.
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IRMMW-THz 2014
In addition to the Plenary talks, we have two Special Session topics this year, each populated with invited talks focusing on a single theme. The Special Session on Microwaves in Space, organized by JPL’s Dr. Frank Maiwald, takes place in two 90-minute
slots on Thursday afternoon and Friday morning. Similarly the
Special Session on THz Communications, organized by NJIT’s Dr.
Lothar Moeller, runs in parallel on the same two days. Each of
these four special sessions are composed of 4 invited presentations from well-known specialists.
All the regular oral and poster sessions take place at the University of Arizona’s Student Union Memorial Center (SU) in the 3rd
floor ballroom and 5 splinter rooms surrounding the main hall.
We have divided the oral talks into 5 parallel 90-minute sessions
of 5 (or 6) talks each, which take place in one large room on the
second floor, A - Union Kiva, and 4 rooms immediately surrounding the central Ballroom (B-Catalina, C-Tucson, D-Rincon and ESanta Rita). Sessions begin promptly at 11:00AM (Session 2),
2:00PM (Session 3) and 4:00PM (session 4). 90-minute poster
sessions (Session 5) begin each afternoon (Monday-Thursday) at
5:30 PM in the main Ballroom. The ballroom will also host our 25
or more technical exhibitors (names and locations can be found
further on in this program guide) as well as the coffee breaks and
the main registration and guest program desks. The Sabino room
across from the ballroom houses our LOC headquarters where
you can go for any questions, requests, or help with problems
you may be having. For those attending any of the special invited
luncheon meetings (Society Board, JIMT, IOC, Button Prize, IEEE
Journal), these are planned for the Ventana room on the 4th floor
directly above Sabino.
The conference opens on Sunday afternoon September 14th at
4:00PM with a reception in the Student Union Ballroom. All registrants are invited to attend. The registration desk will be open
for badge and bag pickup as well as guest program and excursion
registration until 7:00PM. Exhibitors are welcome to set up their
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booths and mingle with the registrants at this event. The University of Arizona School of Music is providing a Jazz trio to play during the reception.
On Wednesday evening we will hold the conference banquet and
awards ceremony at the PIMA Air and Space Museum, located
about 20 minutes south by car of the U of A campus. Buses will
depart from the Student Union between 6:30 and 7PM for the
trip to the museum and will return before 11:00PM. Registrants
will be able to tour the museum, enjoy a reception and dinner
and help to recognize this year’s outstanding contributors to our
society, the conference organizers, the Student Paper Prize recipients, and the IRMMW-THz field.
After the final oral session on Friday morning, registrants are welcome to join the LOC on one of a series of outings (sign up in advance at the registration desk) to either the Sonora Desert Museum, Biosphere II, the Titan Missile museum or the Arizona Mirror Lab. Details will be presented during the morning announcements prior to the Plenary session. Buses are provided.
Finally, on Thursday evening the IEEE Microwave Theory and
Techniques Society’s IEEE Transactions on Terahertz Science and
Technology is hosting a reception for new and past THz journal
reviewers. The numbers are limited, and sign up in advance is required to receive a ticket. Information on the event was distributed to all attendees in mid-August.
The International Organizing Committee and the Local Organizing
Committee sincerely hope this year’s conference will leave you
with technical ideas, a network of contacts, and memories that
will endure for many years to come!
Your hosts,
Peter H. Siegel, California Institute of Technology
Chris Walker, University of Arizona
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IRMMW-THz 2014
Conference Organizers
The International Organizing Committee (IOC) of the International Conference on Infrared, Millimeter, and Terahertz Waves
was established in 2000 with the purpose of ensuring continued
high-quality annual symposia following in the tradition of the
long-standing IRMMW conference series that had been running
since 1974. The IOC is composed of a number of technical experts
spanning the topical categories contained within the conference
and representing a broad number of participating countries. In
2009 the IOC was incorporated in to the newly formed International Society of Infrared, Millimeter, and Terahertz Waves, a mutual benefit corporation that institutionalized and endowed the
conference series. The IRMMW-THz Society board members participate in and oversee the conference series, manage the Kenneth J. Button award, support the Journal of Infrared, Millimeter,
and Terahertz Waves and the IEEE Trans. on Terahertz Science
and Technology, and distribute the Society’s Exceptional Service
award and Student Paper Prize. All board members are pledged
to the continued presence and growth of the conference’s scientific focus and outreach. The current members of the IRMMWTHz Society board are:
Rene Beigang, Fraunhofer-IPM, Kaiserslautern, Germany
Jean-Louis Coutaz, University of Savoie, France
Gian Piero Gallerano, (Board Chair), ENEA-Frascati, Italy
Masanori Hangyo, Osaka University, Osaka, Japan
Qing Hu, Massachusetts Institute of Technology, USA
Peter Uhd Jepsen, Technical University of Denmark, Denmark
Kodo Kawase, Nagoya University, Nagoya, Japan
Fritz Keilmann, Ludwig Maximillian Univ., Munich, Germany
Martin Koch, Philipps-Universitat Marburg, Germany
Jean Leotin, Lab. Nat. des Champs Mag. Int., Toulouse, France
Alexander Litvak, Inst. of App. Phys. Russian Acad. of Sci., Russia
Shenggang Liu, Univ. of Elect. Sci. & Tech. China, Sichuan, China
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IRMMW-THz 2014
Nuria Llombart-Juan, Technical University, Delft, Netherlands
Neville Luhmann, University of California Davis, USA
Emma MacPherson, Hong Kong Univ. of Sci. and Tech., China
Andrea Markelz, SUNY Buffalo, USA
Daniel Mittleman, Rice University, USA
George Neil, Thomas Jefferson Nat. Acc. Facility, Virginia, USA
Gun-Sik Park, (Board Vice-Chair), Seoul National Univ., Korea
Terrance Parker, University of Essex, UK (former Chair)
Kiyomi Sakai, NICT, Japan
Xuechu Shen, Shanghai Institute of Technical Physics, China
Peter Siegel, Caltech, USA (General Secretary, Former Chair)
Rick Temkin, Massachusetts Inst. of Tech., USA (former Chair)
Manfred Thumm, Karlsruhe Inst. of Technology, Germany
Chris Walker, Chris, Univ. of Arizona, USA (Ad-hoc through 2014)
Ken Wood, QMC Instruments Ltd., Cardiff University, UK
Peiheng Wu, RISE, Nanjing Univ., China
Chao Zhang, Univ. of Wollongong, Australia
Xi-Cheng Zhang, University of Rochester, USA
EMERITUS MEMBERS
Trevor Bird, CSIRO, Australia
Martyn Chamberlain, Durham University, UK
Bruce Danly, Naval Research Laboratory, Washington DC, USA
TV George, Office of Fusion Energy, Department of Energy, USA
Armand Hadni, University of Nancy, France
Bob Miles, Leeds Univ., UK
Martina Havenith, Ruhr Universität Bochum, Germany
Koji Mizuno, Tohoku University, Japan (former Chair)
Mitsuhiro Motokawa, Tohoku Univ., Japan
Gregory Nusinovich, Univ. of Maryland, USA
Michael von Ortenberg, Humboldt University, Germany
Minh Quang Tran, E. Polytech. Féd. de Lausanne, Switzerland
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2014 Local Organizing Committee
The Local Organizing Committee is selected each year by the Local Conference Chair, and is responsible for hosting the IRMMWTHz conference and all technical and financial arrangements. The
Local Organizing Committee Chair(s) is selected by a competitive
proposal process that takes place three years ahead of each conference venue. Proposals are due to the IOC on Jan. 31st of the
selection year. Details can be found on the Society web page
(www.irmmw-thz.org). This year’s Local Organizing Committee
consists of:
Chris Walker – University of Arizona (co-Chair)
Peter Siegel – Caltech (co-Chair)
Chris Groppi, Arizona State University (IAC Chair)
Hao Xin, University of Arizona (General Secretary)
Imran Mehdi, Jet Propulsion Laboratory (Assoc. Chair)
Jose Siles, JPL (Flash Drives and Paper Files Chair)
Jacqueline Monkiewicz, ASU (Database & Event Chair)
Nuria Liombart-Juan, TU Delft (Student Paper Chair)
Alex Wu, University of Arizona (Exhibits Chair)
Jitao Zhang, University of Arizona (Poster Session Chair)
Min Liang, University of Arizona (Audio Visual Chair)
Ziran Wu, SLAC, (Program Book Chair)
Nancy Emptage, U. of Arizona (Management Chair)
Daisy Yu, University of Arizona (Signage Chair)
We are also fortunate to have a number of student volunteers from the IEEE local Tucson chapter and the University
of Arizona, who are helping with our registration and on-site
facilities and services as well as our Guest program. Many
other members of the University of Arizona staff in the Department of Electrical Engineering and Steward Observatory
have also given their time to help make this a well-organized
and memorable event.
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IRMMW-THz 2014
2014 International Advisory Committee (IAC)
The International Advisory Committee is selected each year by
the IAC Chair. It consists of distinguished members of the science
community from all disciplines covered by the conference, and
from countries around the world. The IAC reviews and selects papers for the conference, helps identify Keynote and Plenary
Speakers, recommends potential finalists for the Student paper
Committee, and participates in decisions regarding the schedule
and scope of the conference. This year’s IAC Chair is Dr. Chris
Groppi from Arizona State University. Chris’s committee members are:
Tahsin Akalin, Univ. Lille, France
Rene Beigang, Fraunhofer, Germany
Goutam Chattopadhyay, JPL, USA
Hou-Tong Chen, Los Alamos, USA
Ken Cooper, JPL, USA
Robert Dengler, JPL, USA
Gian Piero Gallerano, ENEA-Frascati, Italy
Dan Grischkowsky, Oklahoma State Univ., USA
Erich Grossman, NIST, Boulder, USA
Haewook Han, Pohang Univ., Korea
Peter Uhd Jepsen, Tech. Univ. of Denmark
Kodo Kawase, Nagoya Univ., Japan
Martin Koch, Univ. Marburg, Germany
Jean Leotin, CNRS, France
Shenggang Liu, UESTC, China
Nuria Llombart-Juan, TU Delft, Netherlands
Neville Luhmann, UC Davis, USA
Emma MacPherson, UST, Hong Kong, China
Alain Maestrini, Obs. Paris, France
Imran Mehdi, JPL, USA
Koji Mizuno, Tohoku Univ., Japan
Tadao Nagatsuma, Osaka Univ., Japan
George Neil, Jefferson Labs, USA
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IRMMW-THz 2014
Anread Neto, TU Delft, Netherlands
Michele Ortolani, CNR-Rome, Italy
Ullrich Pfeiffer, Univ. Wuppertal, Germany
Antti Raisanen, Aalto Univ., Finland
Hartmut Roskos, Univ. Frankfurt, Germany
Kiyomi Sakai, NICT, Japan
XueChu Shen, Univ. Shanghai, China
Jan Stake, Chalmers, Sweden
Rick Temkin, MIT, USA
Manfred Thumm, Karlsruhe Inst. Tech., Germany
Ken Wood, QMC, UK
Peiheng Wu, Univ. Nanjing, China
Xi-Cheng Zhang, Univ. Rochester, USA
Rich Ziolkowski, Univ. Arizona, USA
2014 Conference Hosts
This conference could not have been realized without the generous support of members of the departments of Electrical and
Computer Engineering and the Steward Observatory at the University of Arizona and the School of Earth and Space Exploration
at Arizona State University. The conference is also supported by
a grant from the U.S. Army Research Office.
This year the conference is hosted jointly by the University of Arizona and the International Society of Infrared, Millimeter, and
Terahertz Waves.
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IRMMW-THz 2014
History of the Conference Series
The International Conference on Infrared, Millimeter, and Terahertz Waves (IRMMW-THz), begun in 1974, is the oldest and
largest continuous forum specifically devoted to the field of ultrahigh frequency electronics and applications. In 2004 the original
conference series - International Conference on Infrared and Millimeter Waves (IRMMW) joined up with the International Conference on THz Electronics to form the Joint 29th International Conference on Infrared and Millimeter Waves and the 12th International Conference on Terahertz Electronics (IRMMW-THz 2004).
In 2008, at Caltech, the conference name was shortened to the
33rd International Conference on Infrared, Millimeter, and Terahertz Waves, keeping the same general acronym: IRMMW-THz
20XX. In 2009, through the efforts of Peter Siegel, the conference
series was formally incorporated into a permanent non-profit international society registered in the state of California, USA. The
International Society of Infrared, Millimeter, and Terahertz
Waves (IRMMW-THz) has the mission statement: "Promoting the
worldwide collection, dissemination and exchange of scientific
and technical knowledge in the areas and disciplines involving infrared, millimeter, and terahertz waves." The IRMMW-THz Society has a permanent Board of Directors, official By-Laws, and independent financial resources, and will assure the continuation
of the conference series for the foreseeable future.
The IRMMW conference and its long standing accompanying
monthly publication, The Journal of Infrared, Millimeter and Terahertz Waves, were among the very first scientific outlets for the
burgeoning field of far infrared components and instruments
that arose in the mid-1970s. The scope of the conference extends
from millimeter-wave devices, components and systems to farinfrared detectors and instruments, and encompasses micro- and
nano-scale structures to large-scale accelerators and Tokamaks
and their applications. In 2011 a new focused THz journal, IEEE
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IRMMW-THz 2014
Transactions on Terahertz Science and Technology was added to
the list of linked technical outlets for members of the IRMMWTHz Society.
The international organizing committee is composed of worldrecognized experts from a dozen or more countries. The conference typically alternates between the USA, Asia and Europe on a
three-year cycle. Past conferences have been supported by US
agencies such as IEEE, APS, DOE and DoD and dozens of local societies within the hosting countries. In 2003 both the IRMMW
and THz Electronics conferences were held sequentially in Japan.
Total attendees for both events were 520 registrants from 18
countries with 340 submitted papers. After 2003 the two conferences joined, and attendance in 2004 (Karlsruhe, Germany) exceeded 450 scientists from 28 countries with over 400 contributed papers. From this point forward the conference has been
continuously expanding in technical scope and participation. The
record attendance of more than 660 participants and 54 exhibitors from 30 countries was set last year in Mainz, Germany at
IRMMW-THz 2013.
Sandwiched between the optical on the short wavelength side,
and radio on the long wavelength extreme, the Terahertz or FarInfrared has long been considered the last remaining scientific
gap in the electromagnetic spectrum. Due to the historic role the
IRMMW conference has played in bridging this gap by bringing
together international researchers in many diverse fields - from
space science to nuclear fusion - and recently chemistry and biology, the organizing committees would again like to reach out
to scientists in adjacent fields who can benefit from recent developments in the far-IR.
In the last few years interest in terahertz imaging and spectroscopy from the biology, security, ultra-fast chemistry and health
science communities has grown exponentially as new instrumentation and techniques have begun to make their way into many
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IRMMW-THz 2014
laboratories world-wide. This is especially the case in Europe and
Asia, who have thriving cross-disciplinary programs supporting
new applications in this frequency domain.
As a consequence the conference organizing committees have
significantly expanded the scope and the participating research
communities. They have now included a special focus on terahertz techniques and applications, including both the traditional radio frequency domain, and the new fast pulse time domain approaches to generating, detecting and using high frequency energy. A major goal of the conference organizers is to
bring together these two communities. The conference offers the
attendee a chance to hear and participate in a wide range of topic
areas that span all aspects of Infrared, Terahertz and MillimeterWave (IR, THz, and MMW) technology and applications from
quantum physics, chemistry, and biology to radio astronomy,
plasma physics and security.
Over the coming years we are looking forward to very well attended and internationally supported cross-disciplinary conference venues that will set IRMMW-THz up as the pre-eminent
conference for information exchange in the "Terahertz Gap."
A sincere Welcome to our Community!
Peter H. Siegel
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IRMMW-THz 2014
Past and Future Conferences
Conference Designation
Date
IRMMW-THz 2016 (41st)
Sept. 25-30, 2016
IRMMW-THz 2015 (40th)
Aug. 23-28, 2015
Sept. 14-19, 2014
Sept. 1-6, 2013
Sept. 23-28, 2012
Oct. 2-7, 2011
Sept. 5-10, 2010
Sept. 21-25, 2009
IRMMW/THz 2008 (33rd/16th) Sept. 15-19, 2008
IRMMW/THz 2007 (32nd/15th) Sept. 2-7, 2007
IRMMW/THz 2006 (31st/14th) Sept. 18-22, 2006
IRMMW/THz 2005 (30th/13th) Sept. 19-23, 2005
IRMMW/THz2004 (29th/12th) Sept. 27-Oct. 1, 2004
IRMMW 2003 (28th)
Sept. 29-Oct. 3, 2003
IRMMW 2002 (27th)
Sept. 22-26, 2002
IRMMW 2001 (26th)
Sept. 10-13, 2001
IRMMW 2000 (25th)
Sept. 12-15, 2000
IRMMW 1999 (24th)
Sept. 6-10, 1999
IRMMW 1998 (23rd)
Sept. 7-11, 1998
IRMMW 1997 (22nd)
July 20-25, 1997
IRMMW 1996 (21st)
July 14-19, 1996
IRMMW 1995 (20th)
Dec. 11-14, 1995
IRMMW 1994 (19th)
Oct. 17-20, 1994
IRMMW 1993 (18th)
Sept. 6-10, 1993
IRMMW 1992 (17th)
Dec. 14-17, 1992
IRMMW 1991 (16th)
Aug. 26-30, 1991
IRMMW 1990 (15th)
Dec. 10-14, 1990
IRMMW 1989 (14th)
Oct. 2-6, 1989
IRMMW 1988 (13th)
Dec. 5-9, 1988
IRMMW 1987 (12th)
Dec. 14-18, 1987
IRMMW 1986 (11th)
Oct. 20-24, 1986
IRMMW 1985 (10th)
Dec. 9-13, 1985
IRMMW 1984 (9th)
Oct. 22-26, 1984
IRMMW 1983 (8th)
Dec. 12-17, 1983
IRMMW 1982 (7th)
Feb. 14-18, 1983
IRMMW 1981 (6th)
Dec. 7-12, 1981
IRMMW 1980 (5th)
Oct. 6-10, 1980
SUBMM 1979 (4th)
Dec. 10-15, 1979
SUBMM 1978 (3rd)
Mar. 29-April 1, 1978
SUBMM 1976 (2nd)
Dec. 6-11, 1976
SUBMM 1974 (1st)
June 5-7, 1974
Location
Copen. (Denmark)
Hong Kong (China)
Tucson (USA)
Mainz (Germany)
Wollong. (Australia)
Houston, TX (USA)
Rome (Italy)
Busan (Korea)
Pasadena, CA (USA)
Cardiff (UK)
Shanghai (China)
Williamsburg (USA)
Karlsruhe (Germany)
Otsu (Japan)
San Diego (USA)
Toulouse (France)
Beijing (China)
Monterey (USA)
Colchester (UK)
Wintergreen (USA)
Berlin (Germany)
Orlando (USA)
Sendai (Japan)
Colchester (UK)
Pasadena, CA (USA)
Lausanne (Switz.)
Orlando (USA)
Wurzburg (Germ.)
Honolulu, HI (USA)
Orlando, FL (USA)
Pisa (Italy)
Orlando, FL (USA)
Takarazuka (Japan)
Miami, (USA)
Marseille (France)
Miami (USA)
Wurzburg (Germ.)
Miami (USA)
Guildford (UK)
Puerto Rico (USA)
Atlanta, GA (USA)
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IRMMW-THz 2014
Kenneth J Button Award
The Committee is pleased to announce the winner of the 2014
Kenneth J. Button Prize: Professor Xi-Cheng Zhang from University of Rochester, who is awarded the prize "for outstanding contributions to the development of THz time-domain spectroscopy
and applications." The prize will be presented at a special plenary
session on Wednesday morning, Sept. 17th, 2014, at Crowder
Hall and will be followed by a special lecture from Xi-Cheng Zhang.
Brief History of the Prize
In 1990 an award called "The Infrared and Millimeter Wave Prize",
to be awarded "for outstanding contributions to the field of infrared and millimeter waves", was initiated by the Program Council (now known as the International Organizing Committee) and
awarded in the first instance to Kenneth J. Button, founder of the
conference series. The following year it was agreed by the Program Council to rename the Prize "The Kenneth J Button Prize" in
recognition of Ken Button's outstanding contributions to the
community, both as a scientist and as the initiator and driving
force of this series of conferences. The criterion for awarding the
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IRMMW-THz 2014
Prize was later changed to its present form: "for outstanding contributions to the science of infrared, millimeter, and terahertz
waves". The prize consists of a cash award of US$3000, a certificate, and a medal. All are awarded to the winner at the IRMMWTHz conference which follows the selection of a recipient. The
prize endowment is held by the Pasadena Community Foundation, and managed by the Kenneth J. Button Prize Committee.
The committee is composed of distinguished international members of the IR, millimeter and THz communities who are appointed by the Committee Chair, currently Peter H. Siegel. The
committee’s function is to evaluate nominations and select a
prize winner each year. The committee is overseen, but independent of the IOC that manages the conference series.
Nomination Procedure
Any scientist active in the field of the Conference may make a
nomination for the Button Prize. The closing date for receipt of
nominations by the IRMMW-THz Kenneth J Button Prize Committee each year is the same as the deadline for submission of abstracts to the conference, normally about six months before the
conference itself. The closing date will be strictly observed. Any
nominations received after that date will be carried forward to
the following year. Nominations for the 2016 Prize will be due on
or before April 1st, 2015. Nomination instructions can be found
at the IRMMW-THz Society website: www.irmmw-thz.org by going to the Kenneth J Button Prize page and clicking on the provided link. For more information please contact the current KJB
Prize Committee Chair, Peter H. Siegel at [email protected].
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IRMMW-THz 2014
Past Prize Winners
The Kenneth J. Button Prize, “for outstanding contributions to
the science of infrared, millimeter, and terahertz waves”.
2015 To be decided on Sept. 17, 2014
2014 X-C Zhang
2013 K Sakai
2012 G Nusinovich
2011 D Grischkowsky
2010 D B Rutledge
2009 F Keilmann
2008 A Litvak
2007 T J Parker
2006 X C Shen
2005 N C Luhmann, Jr
2004 M F Kimmitt
2003 S G Liu
2002 A Hadni
2001 K R Chu
2000 M Thumm
1999 A J Sievers
1998 K Mizuno
1997 Special bronze medal to B Lax
1997 P L Richards
1996 M I Petelin
1995 R J Temkin
1994 F K Kneubuhl
1993 J-I Nishizawa
1992 D H Martin
1991 M von Ortenberg
The Infrared and Millimeter Wave Prize
1990 K J Button
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IRMMW-THz 2014
Exceptional Service Award
In 2010 the IRMMW-THz Society Board voted to institute an annual award honoring Exceptional Service to the Society and the
IRMMW-THz Community at large. This award recognizes a single
individual who has contributed continuously, and over a long period of time, to the goals of the IRMMW-THz Society and to the
expansion of influence and organization of our technical community. Unlike the Button Prize, the Exceptional Service Prize is for
long-term service to the community, and not for technical accomplishments. The prize consists of a certificate, a compendium
of all past IRMMW-THz conference brochures, and a waiver of
the registration fee for attendance at the conference for the year
in which the award is given.
THIS YEAR'S WINNER:
Dr. Peter H. Siegel (Caltech)
PAST PRIZE WINNERS:
2011 Professor Rick Temkin (Massachusetts Institute of Tech.)
2012 Professor Terry Parker (University of Essex)
2013 Professor Michael von Ortenberg (Humboldt University)
Nomination Instructions
Nominations are open to anyone from the IRMMW-THz community. Winners are selected by vote of the IRMMW-THz International Organizing Committee at the conference which precedes
the award. Nominations are open two months prior to the conference, and consist of a nominee name and affiliation and short
write up describing the relevant contributions that would warrant receipt of the award (no CV's or paper lists, please, this is a
Community Service award). Nominations should be sent to the
IRMMW-THz General Secretary: Peter H. Siegel at [email protected]. Winners will be honored at the IRMMW-THz Conference following the year in which the award was received.
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IRMMW-THz 2014
Best Student Paper/Presentation
In 2011 the IRMMW-THz Society Board voted to implement an
annual "Best Student Paper/Presentation Prize" to recognize
original contributions to the conference from outstanding student attendees. A cash prize is awarded to 1st, 2nd and 3rd place
papers through a committee selection and voting process.
Selection Process
Candidates may apply for the award when they upload their conference Abstracts. If they have more than one submission, students must choose only ONE paper for consideration.
To qualify, candidates must be full time students at the time of
Abstract submission, they must have been fully responsible for
the work that is being judged, and, if selected as finalists, they
must have a letter or statement from their advisor that verifies
their status as a student and their responsibility for the paper.
The International Advisory Board will review all the entries and
forward selected abstracts to the student prize committee for
consideration. The prize committee will then shortlist up to 6
candidates for individual presentations to the committee during
the 2014 conference. Advisor letters (as stated above) will be solicited from the finalists after their selection. Each candidate
must present his/her paper in person at the session.
The time and location of the presentations will be communicated
to the finalists well in advance of the conference. All finalists are
expected to attend the conference and make their presentations
to the prize committee in order to qualify for one of the 3 awards.
Winners are announced at the conference banquet or at one of
the Plenary sessions.
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IRMMW-THz 2014
2014 Finalists
Out of 157 candidates, the IAC pre-selected 44 Abstracts for consideration by the IRMMW-THz Society Student Paper Prize Committee. The committee then selected 6 finalists to present their
papers to a special session of its members at this year’s conference. The finalists are (alphabetical order):
- John Middendorf, Wright State University,
"First Demonstration of Photomixing at 1550 nm in ErAs:GaAs",
Paper R2/B-30.4 (WAB 2811240)
- Katherine Niessen, University at Buffalo,
"Measurements and Calculations of Protein Intramolecular Vibrations in the THz Range", Paper M4/D-8.5 (WAB 2818149)
- Christian B. Schmidt, German National Metrology Institute,
"Magneto-Optically Induced Currents in GaAs: Experimental Access to Subpicosecond K-Space Carrier Dynamics", Paper M2/E9.3 (WAB 2809546)
- Pieter de Vieser, TU Delft,
"Demonstration of an NEP of 3.8x10-19 W/Hz 1/2 at 1.54 THz in
Multiplexible Superconducting Microresonator Detectors", Paper R2/A-28.4 (WAB 2809706)
- Tianwu Wang, Technical University of Denmark,
"Time Resolved Broadband Terahertz Relaxation Dynamics of
Electron in Water ", Paper W2/C-14.7 (WAB 2816548)
- Katsumasa Yoshioka, Yokohama National University, "Nonlinear Response of Au Nanostructures Observed with Intense THz
Pulses", Paper T5-P16.4 (WAB 2808477)
The winners will be announced at the 2014 Banquet.
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IRMMW-THz 2014
Information for Presenters & Chairs
Official Language
The official language of the conference is English, which should
be used for all presentations.
NOTE: There is no photography or recording allowed during the
presentations or at the poster sessions, without the express permission of the author/presenter.
Oral Presenters
All presenters should be present 10 minutes before the start of
the session, and should immediately inform the session chair of
their arrival. Each oral session room will contain a computer
equipped with a projector. Presenters should bring a USB
memory-stick with their presentation in MS PowerPoint or PDF
format, and should load and preview their presentations before
the session starts. The time allocation for talks is as follows:
Plenary talk: 45 min (40-min presentation plus 5-min discussion)
Keynote talk: 30 min (25-min presentation plus 5-min discussion)
Contributed talk: 15 min (12-min presentation plus 3-min discussion)
Invited Special Session Talk: As set by the session organizer or
chair
Poster Presenters
There will be poster sessions on Monday, Tuesday, Wednesday,
and Thursday, in the late afternoon. Each poster will have a numbered display board. Materials necessary to mount posters to the
display boards will be available. Posters for each session should
be set up during the afternoon coffee break. Poster presenters
should be standing at their posters for the entire duration of the
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IRMMW-THz 2014
poster session to facilitate discussion. Posters should be removed
by 10:30AM the day after the poster session - any posters remaining after that time will be removed by the conference staff,
and could inadvertently be damaged or destroyed in the process.
Note that the international Conference on Infrared, Millimeter,
and Terahertz Waves is a publicly accessible open forum event
with attendees from many international organizations and locations. Screening of all materials presented or exhibited at the
conference, for compliance with US government International
Traffic in Arms Regulations (ITAR), is the responsibility of the presenter and/or of the presenter's organization.
Session chairs
Session chairs should arrive at the session room at least 10
minutes before the start of the session, and should check the attendance of all speakers. Since the first author or corresponding
author is not always the speaker, the session chairs should make
sure they know who is to be introduced to present the talk. If a
speaker is not present, the missing talk should not be filled by
moving forward remaining talks in the session, since people may
come from other parallel sessions to attend a specific talk. The
LOC has made plans to backfill missing talks given sufficient notice. Session chairs should ask if an appropriate replacement
speaker is available for an empty slot. It is very important that
the sessions run on schedule.
Session chairs should warn the speakers two minutes before the
end of their talks. Please be firm in not permitting speakers to
run over their allotted time. In the event that a speaker is not
present to make his or her presentation, we ask that the session
chair notify the conference General Secretary immediately after
the session has concluded, so that an accurate record of speaker
attendance can be maintained.
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IRMMW-THz 2014
Internet Access
University of Arizona campus will have Guest Access available for
wireless enabled laptops in almost all locations. There will also
be several general purpose IPADs with keyboards available in the
registration area for use by registered attendees. Listen to details
at the announcements prior to each Plenary Session in Crowder
Hall.
Refreshments
Tea, coffee and soft drinks will be served during session breaks in
the Ballroom. Refreshments will also be available at the poster
sessions. Several lunch options are available at the Student Union
and around campus for attendees on a cash purchase basis.
Exhibition
An exhibition will take place during Sunday’s reception and
throughout the day from Monday to Thursday, ending on Friday
at noon in the Grand Ballroom.
Exhibitors at time of Program Book Publication are:
Advantest
Toptica USA
Microtech
Thorlabs
Insight Products
QMC
Advanced Photonix, Inc.
Tydex
ZOmega
Terasense
Neaspec GmbH
Springer JIMT
Arizona State University
Bruker Optics
Emcore
Gentec Electro Optics
Menlo Systems
Lake Shore Cryo
Traycer Diagnostic Systems
EKSPLA
Terapico
Teraview
Quinstar
Long Wave Photonics
VDI
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IRMMW-THz 2014
Banquet, Excursions & Guest Program
The IRMMW-THz 2014 organizers are pleased to invite all conference participants and their companions to a series of social
events, scheduled during the week, to strengthen relationships
in our community.
On Sunday evening September 14th, from 4pm to 7pm, a Welcome Reception will be held at the University of Arizona Student
Union where the conference will be held. You will be able to pick
up your registration package, peruse the Technical Exhibit, and
enjoy some relaxation time with colleagues.
The Conference Banquet and Awards Ceremony will be held on
Wednesday evening September 17th at the Pima Air and Space
Museum in Tucson. Buses will transport participants to/from the
museum beginning around 6:30PM. You will be able to enjoy the
museum exhibits, a pre-dinner reception and a full meal on site.
We will return to the campus and hotels sometime before 11PM.
On Friday afternoon, the conference is sponsoring a series of excursions to a variety of sites around Tucson. Participants can sign
up for one of the possible excursions which are planned to include the Arizona-Sonora Desert Museum, Biosphere 2, the Titan
Missile Museum, and the University of Arizona Steward Observatory's Mirror Lab. The excursions will begin after the closing session on Friday and we plan to be back by 6PM latest.
For those guests and attendees who wish to see more of Tucson
we are planning a full guest program with excursions to most of
the places already mentioned as well as others (Kitt Peak national
Observatory) during the week of the conference. You will be able
to sign up for the various excursions on a first-come first-serve
basis at the registration desk.
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IRMMW-THz 2014
Tucson
Tucson is surrounded by five mountain ranges with spectacular
sunrises and sunsets, blue skies, great weather and unique landscapes. It is situated near the Saguaro National Park in the Sonora
desert and is home to some of the world's greatest optical observatories, the Arizona-Sonora Desert Museum, the unique Biosphere II and the Pima Air and Space museum, the world's largest
private aviation museum (where we are holding our conference
banquet!). Considered one of the sunniest places in the US, Tucson has a population of approximately 550,000 people distributed over an area of 220 square miles (570 sq. km). Only 1 hour
from the Mexican border, and 2 hours from Phoenix, Tucson is
accessible by air through Tucson International Airport (TUS).
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IRMMW-THz 2014
University of Arizona
The conference is being held in the Student Union Memorial Center (SU) of the University of Arizona (3rd floor). The University
campus is located off of Speedway Blvd., between Campbell and
Park. Directions can be found through the University of Arizona
website. The opening reception and registration process starts at
4PM on Sunday September 14th at the SU. Plenary Sessions will
be held at the Music Building auditorium (Crowder Hall) beginning 8:30AM each morning (M-F)-see location map below.
Student Union Memorial Center
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IRMMW-THz 2014
Building and room locator maps
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IRMMW-THz 2014
Technical Exhibit
The IRMMW-THz technical exhibit has become an important occasion to exchange information and to showcase new products
and services. The 39th Conference, to be held in the Student Union of the University of Arizona between Sept. 14-19th, 2014 offers an excellent chance to interact with hundreds of participants
from all over the world. The Exhibitors who have purchased
space at the conference can be found on the locator map below.
Booth #
1
2
3
4
5
6
7
8
10
11,12
13
14
15
Exhibitor
Toptica USA
Springer JIMT
ASU
Z-THz
Tydex
Thorlabs
TeraSense Dev Labs
EMCORE
Menlo Systems
Advanced Photonix
Traycer
Lake Shore Cryo
QMC
Booth #
16
17
18
19
20
21
22
24
25
26
27
30
Exhibitor
VDI
Long Wave Photonics
Insight Product
Bruker Optics
Microtech Instruments
TeraView
Neaspec GmbH
QuinStar
Gentec Electro Optics
Advantest
Terapico
EKSPLA
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IRMMW-THz 2014
Key Dates and Plenary Speakers
First call for papers: January 13th, 2014
Abstract submission deadline: April 1st, 2014
Late Day: April 8, 2014
Notification of Accepted Manuscripts: Friday, May 23rd, 2014
Final papers due: July 7th, 2014
Full oral and poster session schedule announced: July 26th
Regular Registration deadline: August 3rd, 2014
Late Registration begins: August 4th
Conference: September 14-19th, 2014
Plenary Speakers
Opening Plenary - Monday September 15:
Peter Staecker, 2013 IEEE President
Nobel Prize Lectures (Monday/Tuesday):
John Mather, NASA Goddard Space Flight Center, 2006 Nobel
Laureate
Serge Haroche, Collège de France, 2012 Nobel Laureate
Button Prize Lecture (Wednesday):
Xi-Cheng Zhang, University of Rochester
Plenary speakers (in temporal order, Tuesday-Friday):
Andrea Neto, Technical University of Delft (Tuesday)
Rick Temkin, Massachusetts Inst. of Tech. (Wednesday)
Richard Saykally, University of California Berkeley (Thursday)
Tom Lee, Stanford University (Thursday)
Paul Goldsmith, NASA Jet Propulsion Laboratory (Friday)
Masanori Hangyo, Osaka University (Friday)
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IRMMW-THz 2014
Session Topic Key
01. Imagers and Imaging Techniques
02. Radar and Active Probing
03. Communications
04. Astronomy and Planetary Science
05. Atmospheric and Earth Science
06. Industrial Applications and Instruments
07. Metrology and Non-Destructive Evaluation
08. Biology and Medical Applications
09. Ultrafast Chemistry and Physics
10. Defense and Security Applications
11. Chemical and Biological Sensing
12. Materials Science
13. Spectroscopy Techniques and Instruments
14. Spectroscopy – Liquids and Solids
15. Spectroscopy – Gas Phase
16. High Power and Nonlinear Phenomena
17. Near-Field Techniques and Instruments
18. Modelling and Analysis Techniques
19. Optics and Quasi-Optics
20. Antennas and Beam Forming Networks
21. Plasmonics
22. Solid State Sources
23. Semiconductor Oscillators and Amplifiers
24. Laser Sources and QCL’s
25. High Power Sources: Gyrotrons
26. Free Electron Lasers
27. Solid-State Detectors and Mixers
28. Superconducting Devices
29. Low Noise Receivers and Amplifiers
30. Photomixers and Photodetectors
31. Photoconductive Antennas
32. Metamaterials and Metadevices
33. Graphene and New Materials
34. New Devices
35. New Instruments
36. New Applications
37. Other (to be specified)
38. Special Session on THz Communications
39. Special Session on Microwaves in Space
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IRMMW-THz 2014
Monday, September 15, 2014
Opening Remarks 8:30-9:00
Crowder Hall Auditorium - Music School - 2nd St. and Olive Rd.
M1/P-37. Plenary Session P1: 9:00 - 9:45
Session Chair: Chris Walker
Peter Staecker: "Some THz, and Other Thoughts about Science
and Technology from the IEEE"
M1/P-4. Plenary Session P2: 9:45 - 10:30
John Mather: "The James Webb Space Telescope and Beyond"
Oral Session M2: 11:00-12:30
University of Arizona Student Union Memorial Center 3rd Floor
Union Kiva Room (2nd Floor)
M2/A - 1. Imagers and Imaging Techniques I
Session Chair: Dan Mittleman
Catalina Room
M2/B - 2. Radar and Active Probing & 3. Communications I
Session Chair: Tadao Nagatsuma
Tucson Room
M2/C - 6. Industrial Applications and Instruments
Session Chair: Kiyomi Sakai
Rincon Room
M2/D - 7. Metrology and Non Destructive Evaluation I
Santa Rita Room
M2/E - 9. Ultra-Fast Chemistry and Physics
Session Chair: Hou-Tong Chen
M3/A - 1. Imagers and Imaging Techniques II
Session Chair: Margaret Kim
Catalina Room
M3/B - 3. Communications II & 4. Astronomy and Planetary
Science I
Session Chair: Chris Groppi
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IRMMW-THz 2014
Oral Session M3: 14:00-15:30 continued
Tucson Room
M3/C - 10. Defense and Security Applications
Session Chair: Lee Mosbacker
Rincon Room
M3/D 7. Metrology and Non Destructive Evaluation II &
8. Biology and Medical Apps I
Session Chair: Harmut Roskos
Santa Rita Room
M3/E - 12. Material Science I
Session Chair: Rene Beigang
M4/A - 1. Imagers and Imaging Techniques III
Session Chair: Dan Mittleman
Catalina Room
M4/B - 4. Astronomy and Planetary Science II &
5. Atmospheric and Earth Sciences
Session Chair: Chris Walker
Tucson Room
M4/C - 13. Spectroscopy Instruments and Techniques I
Session Chair: Enrique Castro-Camus
Rincon Room
M4/D - 8. Biology and Medical Applications II
Session Chair: Emma MacPherson
Santa Rita Room
M4/E - 12. Material Science II
Session Chair: Roger Lewis
Poster Session M5: 17:30-19:00
Ballroom South
Session Chair: Jitao Zhang
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IRMMW-THz 2014
Tuesday, September 16, 2014
Announcements 8:30-9:00
Crowder Hall Auditorium - Music School
T1/P-37. Plenary Session P3: 9:00 - 9:45
Session Chair: Peter H. Siegel
Serge Haroche: "Juggling with Microwave Photons in a Box to
Explore the Quantum World"
T1/P-20. Plenary Session P4: 9:45 - 10:30
Andrea Neto: "Advanced Antenna Architectures for Terahertz
Sensing Instruments"
Oral Session T2: 11:00-12:30
T2/A - 1. Imagers and Imaging Techniques IV
Session Chair: Kiyomi Sakai
Catalina Room
T2/B - 17. Near Field Techniques and Instruments
Session Chair: Gunsik Park
Tucson Room
T2/C - 13. Spectroscopy Instruments and Techniques II
Session Chair: Martin Koch
Rincon Room
T2/D - 8. Biology and Medical Applications III
Session Chair: Margaret Kim
Santa Rita Room
T2/E - 16. High Power and Nonlinear Phenomena I
Session Chair: Hou Tong Chen
T3/A - 1. Imagers and Imaging Techniques V
Session Chair: Tadao Nagatsuma
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IRMMW-THz 2014
Oral Session T3: 14:00-15:30 continued
Catalina Room
T3/B - 18. Modelling and Analysis Techniques I
Session Chair: Goutam Chattopadhyay
Tucson Room
T3/C - 13. Spectroscopy Instruments and Techniques III
Session Chair: Xuechu Shen
Rincon Room
T3/D - 19. Optics and Quasi-Optics I
Session Chair: Ken Wood
Santa Rita Room
T3/E- 16. High Power and Nonlinear Phenomena II
Session Chair: Hao Xin
T4/A - 20. Antennas and Beam Forming Networks I
Session Chair: Andrea Neto
Catalina Room
T4/B - 18. Modelling and Analysis Techniques II
Session Chair: Chao Zhang
Tucson Room
T4/C - 13. Spectroscopy Instruments and Tech. IV &
14. Spectroscopy Liquids and Solids I
Session Chair: Andrea Markelz
Rincon Room
T4/D - 19. Optics and Quasi-Optics II
Session Chair: Nuria Llombart-Juan
Santa Rita Room
T4/E - 16. High Power and Nonlinear Phenomena III
Session Chair: Alexander Litvak
Poster Session T5: 17:30-19:00
Ballroom South
Session Chair: Alex Wu
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IRMMW-THz 2014
Wednesday, September 17, 2014
W1/P-9. Plenary Session P5: 9:00 - 9:45
BUTTON PRIZE LECTURE
Session Chair: Terry Parker
Xi-Cheng Zhang: "Broadband Terahertz Wave Science and
Technology"
W1/P-25. Plenary Session P6: 9:45 - 10:30
Rick Temkin: "THz Gyrotrons and Their Applications”
Oral Session W2: 11:00-12:30
W2/A - 20. Antennas and Beam Forming Networks II
Session Chair: Neville Luhmann
Catalina Room
W2/B - 21. Plasmonics I
Session Chair: Daniel Grischkowsky
Tucson Room
W2/C - 14. Spectroscopy Liquids and Solids II
Session Chair: Gian Piero Gallerano
Rincon Room
W2/D - 19. Optics and Quasi-Optics III &
28. Superconducting Devices
Session Chair: Andrea Neto
Santa Rita Room
W2/E-22. Solid State Sources I
Session Chair: Masanori Hangyo
W3/A - 20. Antennas and Beam Forming Networks III
Session Chair: Ken Wood
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IRMMW-THz 2014
Oral Session W3: 14:00-15:30 continued
Catalina Room
W3/B - 21. Plasmonics II
Session Chair: Michele Ortolani
Tucson Room
W3/C - 14. Spectroscopy Liquids and Solids III
Session Chair: Gian Piero Gallerano
Rincon Room
W3/D - 25. High Power Sources: Gyrotrons I
Session Chair: Manfred Thumm
Santa Rita Room
W3/E - 22. Solid State Sources II &
23. Semiconductor Osc. and Amps & 24. Lasers and QCLs I
Session Chair: Jose Siles
W4/A - 27. Solid State Detectors and Mixers I
Session Chair: Michele Ortolani
Catalina Room
W4/B - 21. Plasmonics III
Session Chair: Terry Parker
Tucson Room
W4/C - 14. Spectroscopy Liquids and Solids IV &
15. Spectroscopy Gas Phase
Session Chair: Xuechu Shen
Rincon
W4/D - 25. High Power Sources: Gyrotrons II
Session Chair: Rick Temkin
Santa Rita
W4/E - 24. Laser Sources and QCLs II.
Session Chair: Philip Mauskopf
Poster Session W5: 17:30-19:00
Ballroom South
Session Chair: Daisy Yu
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IRMMW-THz 2014
Thursday, September 18, 2014
R1/P-15. Plenary Session P7: 9:00 - 9:45
Session Chair: Imran Mehdi
Richard Saykally: "Terahertz Spectroscopy of Water Clusters"
R1/P-3. Plenary Session P8: 9:45 - 10:30
Tom Lee: "Bridging the Terahertz Gap: Progress and Challenges"
Oral Session R2: 11:00-12:30
R2/A - 28. Superconducting Devices
Session Chair: Peiheng Wu
Catalina Room
R2/B - 30. Photomixers and Photodetectors
Session Chair: Tahsin Akalin
Tucson Room
R2/C - 32. Metamaterials and Metadevices I
Rincon Room
R2/D - 25. High Power Sources: Gyrotrons III
Session Chair: Manfred Thumm
Santa Rita Room
R2/E - 33. Graphene and New Materials I
Session Chair: Peter Uhd Jepsen
R3/A - 29. Low Noise Receivers and Amplifiers &
27. Solid-State Detectors and Mixers II
Session Chair: Imran Mehdi
Catalina Room
R3/B - 31. Photoconductive Antennas
Session Chair: Nuria Llombart-Juan
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IRMMW-THz 2014
Oral Session R3: 14:00-15:30 continued
Tucson Room
R3/C - 32. Metamaterials and Metadevices II
Session Chair: Rick Ziolkowski
Rincon Room
R3/D - 25. High Power Sources: Gyrotrons IV &
26. Free Electron Lasers
Session Chair: George Neil
Santa Rita Room
R3/E - 33. Graphene and New Materials II &
34. New Devices
Session Chair: Peter Uhd Jepsen
R4/A - 38. Special Session on THz Communications I
(20-minute invited talks)
Special Session Chair: Lothar Moeller
Catalina Room
R4/B - 35. New Instruments - 36. New Applications I
Session Chair: Xi-Cheng Zhang
Tucson Room
R4/C - 32. Metamaterials and Metadevices III
Session Chair: Rick Ziolkowski
Rincon Room
R4/D - 39. Special Session on Microwaves in Space I
Special Session Chair: Frank Maiwald
Santa Rita Room
R4/E - 34. New Devices II
Session Chair: Philip Mauskopf
Poster Session R5: 17:30-19:00
Ballroom South
Session Chair: Min Liang
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IRMMW-THz 2014
Friday, September 19, 2014
Announcements & Closing Remarks 8:30-9:00
F1/P-4. Plenary Session P9: 9:00 - 9:45
Session Chair: Chris Groppi
Paul Goldsmith: "Far-Infrared/Submillimeter Astronomy: Recent
Achievements and Future Possibilities"
F1/P-9. Plenary Session P10: 10:00 - 10:30
Masanori Hangyo: "Development and Versatile Applications of
Terahertz Time-Domain Spectroscopy"
Oral Session F2: 11:00-12:30
F2/A - 38. Special Session on THz Communications II
Special Session Chair: Lothar Moeller
Catalina Room
F2/B - 36. New Applications II
Session Chair: Shenggang Liu
Tucson Room
F2/C - 3. Communications & 4. Astronomy & 8. Biology &
12. Materials
Rincon Room
F2/D - 39. Special Session on Microwaves in Space II
Special Session Chair: Frank Maiwald
Santa Rita Room
F2/E -34. New Devices III
Session Chair: Alain Maestrini
EXCURSIONS 13:00-18:00
Planned Departure from Student Union cul-de-sac
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IRMMW-THz 2014
Sessions and Presentations
Monday, September 15, 2014
8:30-9:00 Opening and Welcome
Crowder Hall
Peter H. Siegel, Chris Walker, Gian Piero Gallerano, Univ. of Arizona
Plenary Session P1-P2
09:00 - 10:30
Chairperson: Chris Walker
9:00 M1/P-37.1 Some THz, and Other Thoughts about
Science and Technology from the IEEE
Peter Staecker
IEEE, United States
9:45 M1/P-4.1 The James Webb Space Telescope and
Beyond
John Mather
NASA Goddard Space Flight Center, United States
10:30 CONFERENCE PHOTO – Outside Student Union
M2/A - 1. Imagers and
Imaging Techniques I
Union Kiva Room (2nd floor)
11:00 - 12:30
Chairperson: Dan Mittleman
11:00 M2/A-1.1 The "KIDcam" Passive THz Imager –
Recent Developments
Ken Wood1; Aurelien Bideaud2; Sam Rowe2; Andreas Papageorgiou2; Enzo Pascale2; Simon Doyle2
1QMC Instruments Ltd., United Kingdom; 2Cardiff University, United
Kingdom
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11:30 M2/A-1.2 Microbolometer Terahertz Focal Plane Array
And Camera With Improved Sensitivity At 0.5-0.6 THz
Naoki Oda; Seiji Kurashina; Masaru Miyoshi; Kohei Doi; Tsutomu Ishi; Takayuki Sudou; Takao Morimoto; Hideki Goto; Tokuhito Sasaki
NEC Guidance and Electro-Optics Division, Japan
11:45 M2/A-1.3 Terahertz Imaging Using A Monolithic Metamaterial Based Detector
Ivonne Escorcia Carranza; James Grant; David R.S. Cumming
University of Glasgow, United Kingdom
12:00 M2/A-1.4 Antenna-coupled Microbolometer-based THz
Detectors For Room Temperature Beam Profile Imaging Of
The Photoconductive THz Pulse Emitters
Irmantas Kasalynas1; Rimvydas Venckevicius1; Ramunas Adomavicius1; Gintaras Valusis1; Arunas Krotkus1; Andrej Svigelj2;
Aleksander Sesek2; Marius Vinciunas3; Janez Trontelj2
1Center for Physical Sciences and Technology, Lithuania; 2University
of Ljubljana, Slovenia; 3Luvitera Ltd., Lithuania
12:15 M2/A-1.5 Resolution Limits Of Terahertz Holography
Using A QCL
Peter Zolliker; Erwin Hack
Empa, Switzerland
M2/B - 2. Radar and Active
Probing & 3. Communications I
11:00 - 12:30
Catalina Room
Chairperson: Tadao Nagatsuma
11:00 M2/B-2.1 Sub-millimeter Wave Diode Transceivers
Tomas Bryllert
Chalmers University of Technology, Sweden
11:30 M2/B-2.2 Performance Of A 340 GHz Radar Transceiver Array For Standoff Security Imaging
Ken Cooper
Jet Propulsion Laboratory, United States
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11:45 M2/B-3.1 Low-Loss THz Waveguide Bragg Grating Using A Two-Wire Waveguide And A Paper Grating
Andrey Markov; Guofeng Yan; Maksim Skorobogatiy
Ecole Polytechnique de Montreal, Canada
12:00 M2/B-3.2 120GHz Real-Time Wireless Data Link Based
On Schottky Technology
Zhe Chen; Bo Zhang; Yong Fan
University of Electronic Science and Technology of China (UESTC),
China
12:15 M2/B-3.3 Terahertz Performance In Atmospheric
Turbulence
Jianjun Ma1; Lothar Moeller2; John Federici1
1New Jersey Institute of Technology, United States; 2Bell Laboratories/Alcatel-Lucent, United States
M2/C - 6. Industrial Applications
and Instruments
11:00 - 12:30
Tucson Room
Chairperson: Kiyomi Sakai
11:00 M2/C-6.1 Terahertz Car Paint Thickness Sensor: Out
Of The Lab And Into The Factory
Ian Gregory1; Axel Zeitler2; Robert May1; Ke Su2
1TeraView Limited, United Kingdom; 2Department of Chemical Engineering and Biotechnology, University of Cambridge, United Kingdom
11:30 M2/C-6.2 Portable Solid State CW THz Radar System
For Industrial Applications
Andrej Svigelj1; Aleksander Sesek1; Irmantas Kasalynas2; Gintaras Valusis2; Janez Trontelj1
1UL, Faculty of Electrical Engineering, Slovenia; 2Center for Physical
Sciences and Technology, Lithuania
11:45 M2/C-6.3 Improved Image Quality Of Terahertz Transmission Microscope: Example Of Graphene Film Observation
Tsutomu Ishi; Takayuki Sudou; Naoki Oda; Takao Morimoto
NEC Corporation, Japan
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12:00 M2/C-6.4 Compact Quasi-Optical Schottky Detector
With Fast Voltage Response
Andreas Penirschke1; Mykola Sobornytskyy2; Sascha Preu1;
Martin Mittendorff3; Stephan Winnerl4; Matthias Hoefle5; Oleg
Cojocari2; Rolf Jakoby1
1Tech Univ Darmstadt, Germany; 2ACST GmbH, Germany;3Tech
Univ Dresden/Helmholtz-Zentrum Dresden Rossendorf, Germany; 4Helmholtz-Zentrum Dresden Rossendorf, Germany; 5ACST
GmbH / Tech Univ Darmstadt, Germany
12:15 M2/C-6.5 Non-metallic Foreign Objects Detection System For Industrial Inspection using Pulsed Terahertz System
Tomofumi Ikari1; Norimasa Takahashi1; Ryoichi Fukasawa1; Irl
Duling2
1Spectra Design, Japan; 2Advanced Photonics Inc., United States
Rincon Room
M2/D - 7. Metrology and NonDestructive Evaluation I
11:00 - 12:30
Chairperson: Kodo Kawase
11:00 M2/D-7.1 Micromachined Probes For Characterization Of Terahertz Devices
Robert Weikle1; Scott Barker1; Arthur Lichtenberger1; Matthew
Bauwens2; Naser Alijabbari1
1University of Virginia, United States; 2Dominion Microprobes, United
States
11:30 M2/D-7.2 Lower Bound Of Sample Thickness In
Terahertz Time-Domain Spectroscopy
Withawat Withayachumnankul1; John O’Hara2; Wei Cao2; Ibraheem Al-Naib3; Weili Zhang2
1The University of Adelaide, Australia; 2Oklahoma State University,
United States;3Queen’s University, Canada
11:45 M2/D-7.3 Traceable Terahertz Power Metrology At NIST
Marla Dowell; Malcolm White; John Lehman
NIST, United States
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12:00 M2/D-7.4 Material Characterization Of Historical Parchment Using Terahertz Time-domain Spectroscopy
Tiphaine Bardon1; Robert K. May2; Philip F. Taday2; Matija Strlič1
1UCL, United Kingdom; 2TeraView Ltd, United Kingdom
12:15 M2/D-7.5 Design Considerations And Performance Metrics Of A High-Sensitivity Multi-Band Terahertz Linear Camera
Patrick Fay1; Jeremy Law2; Don Burdette2; Kubilay Sertel3; Georgios C. Trichopoulos3; Yi Xie1; Howard Lee Mosbacker2
1University of Notre Dame, United States; 2Traycer, United
States; 3The Ohio State University, United States
M2/E - 9. Ultra-Fast Chemistry
and Physics
11:00 - 12:30
Santa Rita Room
Chairperson: Hou-Tong Chen
11:00 M2/E-9.1 Mapping The Distribution Of Photo-currents Re-sponsible For Generation Of Terahertz Pulses At
Semiconductor Surfaces
Raimund Mueckstein1; Osama Hatem2; Michele Natrella1; Joshua
Freeman2; Chris Graham1; Cyril Renaud1; Alwyn Seeds1; Edmund Linfield2; Giles Davies2; Paul Cannard3; Mike Robertson3;
David Moodie3; Oleg Mitrofanov1
1
University College London, United Kingdom; 2University of Leeds,
United Kingdom;3Huawei, United Kingdom
11:30 M2/E-9.2 Sub-Cycle Slicing Of High-Field Multi-THz
Transients
Bernhard Mayer; Christian Schmidt; Johannes Bühler; Denis V.
Seletskiy; Daniele Brida; Alexej Pashkin; Alfred Leitenstorfer
University of Konstanz, Germany
11:45 M2/E-9.3 Magneto-optically Induced Currents In GaAs:
Experimental Access To Subpicosecond K-space Carrier Dynamics
Christian B. Schmidt; Shekhar Priyadarshi; Mark Bieler
Physikalisch-Technische Bundesanstalt, Germany
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12:00 M2/E-9.4 Excitation Of Coherent Phonons In GaAs By
Broadband THz Pulses
Masashi Yamaguchi; Zhengping Fu
Rensselaer Polytechnic Institute, United States
12:15 M2/E-9.5 Bulk-like Transversal Electron Mobility In
Heavily N-doped InP Nanowires Probed By Terahertz Spectroscopy
Hynek Nemec1; Carlito Ponseca2; Nicklas Anttu2; Jason Beech2;
Azhar Iqbal2; Magnus Borgstrom2; Mats-Erik Pistol2; Lars Samuelson2; Arkady Yartsev2; Jesper Wallentin2
1Institute of Physics, Academy of Sciences, Czech Republic; 2Lund
University, Sweden
M3/A - 1. Imagers and Imaging
Techniques II
14:00 - 15:30
Union Kiva Room
(2nd floor)
Chairperson: Margaret Kim
14:00 M3/A-1.6 Imaging With A Multichannel Terahertz
Time-domain Spectroscopy system At 1030 Nm Excitation Wavelength
Anika Brahm1; Annika Wilms1; Roman Dietz2; Thorsten Göbel2;
Martin Schell2; Gunther Notni1; Andreas Tünnermann1
1Fraunhofer Inst. IOF, Germany; 2Fraunhofer Institute HHI, Germany
14:30 M3/A-1.7 Hollow Metallic Waveguides For Beam Shaping THz QCL
Riccardo Degli Innocenti1; Yash Shah1; David Jessop1; Yuan
Ren1; Robert Wallis1; Oleg Mitrofanov2; Harvey Beere1; David
Ritchie1
1University of Cambridge, United Kingdom; 2University College London, United Kingdom
14:45 M3/A-1.8 W-band Imager Without Mechanical Scanning
Based On An Echelle Spectrometer
Daniel Marks; Orges Furxhi; David Brady
Duke University, United States
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15:00 M3/A-1.9 THz Imaging With Broadband Thermal
Sources
Claudio Balocco1; Yi Pan1; Yasaman Alimi2; Linqing Zhang2; Aimin Song2; Shahrir Kasjoo3
1Durham University, United Kingdom; 2University of Manchester,
United Kingdom;3Universiti Malaysia Perlis, Malaysia
15:15 M3/A-1.10 A 0.1 Megapixel THz Camera With 17 Degree Field Of View for Large Area Single Shot Imaging
Linda Marchese; Marc Terroux; Martin Bolduc; Mario Cantin;
Olivier Martin; Nichola Desnoyers; Alain Bergeron
INO, Canada
M3/B - 3. Communications II &
4. Astronomy and Planetary Science I
14:00 - 15:30
Catalina Room
Chairperson: Christopher Groppi
14:00 M3/B-3.4 30-Gbit/s Wireless Transmission Over 10
Meters At 300 GHz
Tadao Nagatsuma; Yasuyuki Yoshimizu; Yuu Yasuda; Kazuki
Oogimoto; Shogo Horiguchi; Yusuke Minamikata; Shintaro
Hisatake
Osaka University, Japan
14:30 M3/B-3.5 Anisotropic THz Plasmonic Filter Created Using A K-Space Design Technique
Andrew Paulsen; Ajay Nahata
University of Utah, United States
14:45 M3/B-3.6 20-Gbaud QPSK Coherent Radio Transmission At 325 GHz With High-Gain Antennas
Atsushi Kanno1; Toshiaki Kuri1; Isao Morohashi1; Iwao Hosako1;
Tetsuya Kawanishi1; Yuki Yoshida2; Kenichi Kitayama2
1National Institute of Information and Communications Technology,
Japan; 2Osaka University, Japan
15:00 M3/B-4.1 X-Spec: A Multi-Object, Trans-MillimeterWave Spectrometer For CCAT
Scott Chapman
Dalhousie University, Canada
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15:15 M3/B-4.2 10 Meter Sub-Orbital Large Balloon Reflector
(LBR)
Christopher Walker1; Stefan O'Dougherty1; Brian Duffy1; Brandon Swift1; Jenna Kloosterman1; David Lesser1; Casey Honniball1; Abram Young1; Craig Kulesa1; William Peters1; Steve
Smith2; James Noll2; William Perry2; Pietro Bernasconi3; Paul
Goldsmith4; Christopher Groppi5; Hamdi Mann5
1University of Arizona, United States; 2Southwest Research Institute,
United States;3JHAPL, United States; 4JPL, United States; 5Arizona
State University, United States
Tucson Room
M3/C - 10. Defense and
Security Applications
14:00 - 15:30
Chairperson: Lee Mosbacker
14:00 M3/C-10.1 Terahertz Circuits, Systems, And Imaging
Instruments
Goutam Chattopadhyay
Jet Propulsion Laboratory, California Inst. Technology, United States
14:30 M3/C-10.2 Identification Of Substances By THz Spectroscopy And Multivariate Analysis
Andreas Pohl1; Nils Deßmann1; Katja Dutzi2; Heinz-Wilhelm
Hübers3
1Technische Universität Berlin, Germany; 2German Aerospace Center, Germany;3German Aerospace Center / TU Berlin, Germany
14:45 M3/C-10.3 Terahertz Imaging Spectroscopy - Towards
Robust Identification Of Concealed Dangerous Substances
Arthur D. van Rheenen; Magnus W. Haakestad
Norwegian Defense Res Establishment, Norway
15:00 M3/C-10.4 A Fast Tracking 60 GHz Radar Using A Frequency Scanning Antenna
Alexander Hommes; Alex Shoykhetbrod; Nils Pohl
Fraunhofer Institute for High Frequency Physics and Radar Techiques FHR, Germany
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15:15 M3/C-10.5 THz Spectroscopy Of Amines And Aminoacids Intercalated In Clays
Marian Janek1; Daniel Zich2; Mira Naftaly3
1Slovak University of Technology, Slovakia; 2Comenius University,
Slovakia;3National Physical Laboratory, United Kingdom
M3/D - 7. Metrology and NonDestructive Evaluation II &
8. Biology and Medical Applications I
14:00 - 15:30
Rincon Room
Chairperson: Harmut Roskos
14:00 M3/D-7.6 Terahertz Pulse Investigations Of Paleolithic
Wall Etchings
J B Jackson1; John Bowen1; Gillian Walker1; John Roberts2;
Gerard Mourou3; Michel Menu4; Alistair Pike5; Vincent DeTalle6;
David Giovannacci6
1University of Reading, United Kingdom; 2U, United Kingdom; 3Ecole
Polytechnique, France; 4C2RMF, France; 5University of Southampton, United Kingdom; 6LRMH, France
14:15 M3/D-7.7 Millimeter Wave And Terahertz Dielectric
Waveguide Microfluidic Sensors
Premjeet Chahal1; Kyoung Park1; Jose Hejase2; Amanpreet
Kaur1; Jennifer Byford1; Steve Shane1
1Michigan State University, United States; 2IBM, United States
14:30 M3/D-8.1 Effects Of THz Radiation On Human Fibroblasts In-vitro: Exposure Set-up And Biological End Points
Gian Piero Gallerano1; Emilio Giovenale1; Paolo Nenzi1; Andrea
De Amicis2; Stefania De Sanctis2; Sara Di Cristofaro2; Valeria
Franchini2; Florigio Lista2; Elisa Regalbuto2; Antonella Sgura3;
Elisa Coluzzi3; Roberto Bei4; Massimo Fantini4; Monica Benvenuto4; Laura Masuelli5
1ENEA, Italy; 2Army Medical and Veterinary Research Center, Italy; 3University “Roma Tre” Department of Science, Italy; 4University
of Rome "Tor Vergata" Department of Clinical Sciences and Translational Medicine, Italy; 5University of Rome "Sapienza" Department of
Experimental Medicine, Italy
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14:45 M3/D-8.2 Millimetre-wave Dielectric Spectroscopy For
Cell Analysis
Helena Rodilla1; Anna Kim1; Josip Vukusic1; Gavin Jeffries1;
Kristina Vukusic2; Aldo Jesorka1; Jan Stake1
1Chalmers University of Technology, Sweden; 2University of Gothenburg, Sweden
15:00 M3/D-8.3 Exploration Of Wound Physiology Using THz
Imaging
Zachary Taylor; Bryan Nowroozi; Shijun Sung; James Garritano;
Neha Bajwa; Warren Grundfest
UCLA, United States
15:15 M3/D-8.4 Terahertz Image Processing For The Skin
Cancer Diagnostic
Alexander Shkurinov1; Alexey Balakin2; Peter Solyankin1; Andrey Angeluts1
1M.V.Lomonosov Moscow State University, Russian Federation; 2Lomonosov Moscow State University, Russian Federation
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M3/E - 12. Material Science I
14:00 - 15:30
Santa Rita Room
Chairperson: Rene Beigang
14:00 M3/E-12.1 Intense Terahertz Magnetic Fields Are
Used To Control The Magnetization State Of Ferromagnetic Cobalt Thin Film. The Dynamics Visualized By Magneto Op
Mostafa Shalaby1; Clemens Ruchert1; Peter Derlet1; Christoph
Hauri2; B Tudu3; Jan Luning3; Carlo Vicario1
1PSI, Switzerland; 2PSI/EPFL, Switzerland; 3UPMC, France
14:30 M3/E-12.2 Progress On Mn-Co-Ni-O Infrared Thin Films
And Detectors
Zhiming Huang; Cheng OuYang; Wei Zhou; Jingchao Tong;
Jingguo Huang; Junhao Chu; Jing Wu; Yanqing Gao
Shanghai Institute of Technical Physics, CAS, China
14:45 M3/E-12.3 Carrier Multiplication In Bulk Silicon Investigated By Terahertz Spectroscopy
Genki Yamashita1; Eiichi Matsubara2; Masaya Nagai1; Yoshihiko
Kanemitsu3; Masaaki Ashida1
1Osaka University, Japan; 2Osaka Dental University, Japan; 3Kyoto
University, Japan
15:00 M3/E-12.4 Time-resolved THz Dynamics In Thin Films
Of Bi2Se3
Dmitry Yarotski1; Rolando Valdes Aguilar2; Jingbo Qi3; Matthew
Brahlek4; Namrata Bansal4; Abul Azad1; Seongshik Oh4; Antoinette Taylor1; Rohit Prasankumar1
1Los Alamos National Laboratory, United States; 2Ohio State University, United States; 3The PEAC Institute of Multiscale Sciences,
China; 4Rutgers University, United States
15:15 M3/E-12.5 Pump Polarization Dependence Of Optical
Rectification For 112A GaAs
Colin Bleasdale; John Mabon; Roger Lewis
University of Wollongong, Australia
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M4/A - 1. Imagers and
Imaging Techniques III
16:00 - 17:30
Chairperson: Dan Mittleman
16:00 M4/A-1.11 Design, Fabrication And Characterization
Of 585 GHz Integrated Focal-Plane Arrays Based On Heterostructure Backward Diodes
Syed Rahman; Zhenguo Jiang; Huili (Grace) Xing; Patrick Fay;
Lei Liu
University of Notre Dame, United States
16:30 M4/A-1.12 Terahertz Edge Detection With AntennaCoupled Field-Effect Transistors In 0.25µm AlGaN/GaN Technology
Sebastian Boppel1; Mantas Ragauskas2; Ahid Hajo1; Maris
Bauer1; Alvydas Lisauskas1; Serguei Chevtchenko3; Adam
Rämer3; Irmantas Kašalynas2; Gintaras Valušis2; Joachim
Würfl3; Wolfgang Heinrich3; Günther Tränkle3; Viktor Krozer1;
Hartmut Roskos1
1Physikalisches Institut, Johann Wolfgang Goethe Universität, Frankfurt am Main, Germany, Germany; 2Center for physical sciences and
technology, Vilnius, Lithuania, Lithuania; 3Ferdinand-Braun-Institut,
Leibniz-Institut für Höchstfrequenztechnik (FBH), Berlin, Germany,
Germany
16:45 M4/A-1.13 3D Terahertz Versus X-Ray Imaging For
Mochica Ceramic Investigation
Patrick Mounaix1; Lena Bassel1; Joyce Bou Sleiman1; Bruno
Bousquet1; Hugo Balacey1; Benoit Recur2; Hélène Coquegniot3;
Nino Del Solar4; phillipp dollwetzel4; Rémy Chapoulie4
1LOMA UMR CNRS 5798 Universite de Bordeaux, France; 2RSPE,
Dept Applied Maths, Australian National University, France; 3PACEA
Anthropologie des Populations Passé et Présentes, UMR 5199
CNRSes, France; 4IRAMAT Institut de Recherche sur les Archéomatériaux, UMR 5060 CNRS,, France
17:00 M4/A-1.14 Demonstration Of Large Field Of View Fast
Scanning Based On A Real-time Uncooled Antenna & Cavity
Coupled Bolometer Array Camera
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François Simoens1; Jérémy Lalanne-Déra2; Sébastien Martin1;
Stéphane Pocas1; Serge Gidon1; Wilfried Rabaud1; Jérôme Meilhan1
1CEA-Leti Minatec, France; 2CEA-Leti Mintatec, France
17:15 M4/A-1.15 Measurement Of Spatial Response Of
CMOS An-tenna-Coupled FET Detector At 325GHz
Matteo Perenzoni
Fondazione Bruno Kessler, Italy
M4/B - 4. Astronomy and Planetary
Science II & 5. Atmospheric and
Earth Sciences
16:00 - 17:30
Catalina Room
Chairperson: Christopher Walker
16:00 M4/B-4.3 Heterodyne Receivers For High Frequency
THz Astrophysics
Heinz-Wilhelm Huebers
German Aerospace Center (DLR), Germany
16:30 M4/B-4.4 SAFARI: A Far-Infrared Imaging Spectrometer For SPICA
Willem Jellema; Peter Roelfsema; Bruce Sibthorpe
SRON Netherlands Institute for Space Research, Netherlands
16:45 M4/B-4.5 Engineering And Science Data From SuperCam: A 64-Pixel Heterodyne Receiver For CO J=3-2 At 345
GHz
Jenna Kloosterman1; Brandon Swift1; William Peters1; David
Lesser1; Craig Kulesa1; Casey Honniball1; Christian Villegas1;
Paul Schickling1; Christopher Walker1; Christopher Groppi2;
Hamdi Mani2; Kristina Davis2; Caleb Wheeler2; Todd Veach3;
Sander Weinreb4; Jacob Kooi4; Arthur Lichtenberger5; Patrick
Puetz6; Gopal Narayanan7
1University of Arizona, United States; 2Arizona State University,
United States; 3NASA Goddard, United States; 4Caltech, United
States; 5University of Virginia, United States; 6University of Cologne,
Germany; 7University of Massachusetts, United States
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17:00 M4/B-4.6 Spatial/Spectral Interferometry Development
For Far-Infrared Space Applications
Locke Spencer1; David Naylor1; Giorgio Savini2; Peter Ade3
1University of Lethbridge, Canada; 2University College London,
United Kingdom;3Cardiff University, United Kingdom
17:15 M4/B-5.1 Determination Of Water Vapor Continuum Absorption, Using Long-Path THz-TDS Without The Cross-Term
Daniel Grischkowsky; Yihong Yang; Mahboubeh Mandehgar
Oklahoma State University, United States
M4/C - 13. Spectroscopy
Instruments and Techniques I
16:00 - 17:30
Tucson Room
Chairperson: Enrique Castro-Camus
16:00 M4/C-13.1 Terahertz Wave Emission From Laser-Induced Micro-Plasma
Fabrizio Buccheri; Xi-Cheng Zhang
University of Rochester, United States
16:30 M4/C-13.2 Frequency-Resolved Detection Of Broadband THz Waves With Cherenkov-Phase-Matched Heterodyne EO Sampling
Masahiko Tani1; Syougo Azuma1; Tomohiro Nagase1; Shinpei
Ozawa1; Stefan Funkner1; Gudrun Niehues1; Atsushi Iwamae1;
Kohji Yamamoto1; Takashi Furuya1; Elmer Estacio2; Michael Bakunov3
1University of Fukui, Japan; 2University of Philippines Diliman, Philippines;3University of Nizhny Novgorod, Russian Federation
16:45 M4/C-13.3 Design And Characterization Of A TES Bolometer For Fourier Transform Spectroscopy In The THz
Range
Mathias Kehrt; Christian Monte; Jörn Beyer; Jörg Hollandt
Physikalisch-Technische Bundesanstalt, Germany
17:00 M4/C-13.4 Single-Shot Terahertz MagnetoSpectrometer
Ben Spencer; Matthew Cliffe; Alexander Knight-Percival; William
Smith; Darren Graham
University of Manchester, United Kingdom
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17:15 M4/C-13.5 Simultaneous Measurement Of The 1st And
2nd Harmonics Of A Phase Modulated Coherent Frequencydomain THz Spectrometer
Joseph Demers1; Bryon Kasper1; David Daughton2
1Emcore Corp, United States; 2Lake Shore Cryotronics Inc, USA
M4/D - 8. Biology and Medical
Applications II
16:00 - 17:30
Rincon Room
Chairperson: Emma MacPherson
16:00 M4/D-8.5 Measurements And Calculations Of Protein In-tramolecular Vibrations In The THz Range
Katherine A. Niessen1; Edward Snell2; A. G. Markelz1
1University at Buffalo, SUNY, United States; 2Hauptman-Woodward
Medical Research Institute, United States
16:30 M4/D-8.6 An Investigation Of THz Burn Wound Edema
Im-aging Using MRI
Neha Bajwa; Bryan Nowroozi; James Garritano; Shijun Sung;
Priyamvada Tewari; Warren Grundfest; Zachary Taylor
UCLA Department of Bioengineering, United States
16:45 M4/D-8.7 Excitation Of Low Loss HE11 Modes On An
Acu-puncture-Like Needle
Gerard Rankin1; Andrew Tirkel2
1University of Adelaide, Australia; 2Scientific Technology, Australia
17:00 M4/D-8.8 Monitoring The Water Status Of Plants Using
THz Radiation
Norman Born; Ralf Gente; David Behringer; Michael
Schwerdtfeger; Stefan Busch; Sascha Liepelt; Birgit Ziegenhagen; Martin Koch
Philipps-University Marburg, Germany
17:15 M4/D-8.9 Morphological Study Of Sweat Ducts For The
Investigation Of Terahertz Waves Interaction With Human
Skin
Saroj Tripathi; Eisuke Miyata; Haruhito Yamada; Kodo Kawase
Nagoya University, Japan
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Santa Rita Room
M4/E - 12. Material Science II
16:00 - 17:30
Chairperson: Roger Lewis
16:00 M4/E-12.6 Investigation Of Silicon-Germanium Nanowires THz Emission
Soner Balci1; Woo-Jung Lee2; David Wilbert1; Patrick Kung1;
Chul Kang3; Mann-Ho Cho2; Seongsin Margaret Kim1
1Electrical and Computer Engineering Department, University of Alabama, United States; 2Department of Physics and Applied Physics,
Yonsei University, Korea, Republic of; 3Gawangju Institute of Science
and Technology, Korea, Republic of
16:30 M4/E-12.7 Terahertz Probing Of Local Electron States
In PbTe(Ga)
Dmitry Khokhlov1; Svetlana Egorova1; Vladimir Chernichkin1;
Ludmila Ryabova1; Andrey Nicorici2; Sergey Danilov3
1M.V. Lomonosov Moscow State University, Russian Federation; 2Institute of Applied Physics, Moldova, Republic of; 3University of Regensburg, Germany
16:45 M4/E-12.8 Terahertz Response Of SrTiO3 Based Hetero-structures: Influence Of Strain, Temperature And Electric
Field Volodymyr Skoromets1; Christelle Kadlec1; Jan Drahokoupil1; Jürgen Schubert2; Petr Kužel1
1Institute of Physics, Academy of Sciences of Czech Republic, Czech
Republic;2Peter Gruenberg Institute, Jülich, Germany
17:00 M4/E-12.9 Carrier Transport Of Conducting Polymer
PEDOT:PSS Investigated By temperature De-pendence Of
THz And IR Spectra
Yusuke Yamada1; Masatsugu Yamashita2; Takahiko Sasaki3;
Hidenori Okuzaki4; Chiko Otani1
1RIKEN RAP and Grad. Sch. Sci. Tohoku Univ, Japan; 2RIKEN RAP,
Japan; 3IMR Tohoku Univ, Japan; 4Inter.Grad. Sch. of Med. and Eng
Univ. Yamanashi, Japan
17:15 M4/E-12.10 THz Wave Generation From Cesium Vapor
Xuan Sun; X.-C. Zhang
the Institute of Optics University of Rochester, United States
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IRMMW-THz 2014
M5 - Poster Session 1
17:30 - 19:00
Ballroom South
Chairperson: Jitao Zhang
P1-1 M5-P1.1 Broadband "Focus-Free" Terahertz Imaging Using Axicons
Stefan Busch1; Graham E. Town2; Martin Koch1
1Philipps-Universität Marburg, Germany; 2Department of Engineering,
Macquarie University., Australia
P1-2 M5-P1.2 Phase Retrieval And Image Reconstruction
With Echoed Amplitude In Terahertz Band
Chao Li; Guangyou Fang
Institute of Electronics, Chinese Academy of Sciences, China
P1-3 M5-P1.3 Enhancing Terahertz Image Quality By Finite
Impulse Response Digital Filter
Lei Hou; Xiao Lou; Zhijin Yan; Hong Liu; Wei Shi
Xi'an University of Technology, China
P1-4 M5-P1.4 Telecentric F-theta Lens For High-Speed Terahertz Reflection Three-Dimensional Imaging
Kyong Hwan Jin1; Ji Sang Yahng2; Choon-Su Park2; Ho-Soon
Yang2; Chi Yup Kim2; Jong Chul Ye1; Dae-Su Yee2
1Korea Advanced Institute of Science and Technology, Korea, Republic of; 2Korea Research Institute of Standards and Science, Korea, Republic of
P1-5 M5-P1.5 Emissivity Measurement Of High-Tc Superconductive Materials Using Terahertz Passive Imaging System
With Background-Limited Sensitivity
Makoto Aoki; Norihisa Hiromoto
Shizuoka Univ., Japan
P1-6 M5-P1.6 A Millimeter Wave/Terahertz 3D Scanner For
Wall Painting Investigation
Emilio Giovenale1; Andrea Doria1; Gian Piero Gallerano1; Marcello Picollo2; Kaori Fukunaga3
1ENEA, Italy; 2CNR-IFAC, Italy; 3NICT, Japan
Page | 62
IRMMW-THz 2014
P1-7 M5-P1.7 Design And Characterization Of Cross Bow Tie
Antenna Array For Focal Plane Array In Terahertz Imaging
Amna Mir1; Junsheng Yu2; Xiaodong Chen3
1Beijing Univ of Posts and Telecomm, China; 2Beijing Univ of Posts
and Telecomm, China; 3Beijing university of posts and telecommunications and Queen Mary Univ. of London, United Kingdom
P1-8 M5-P1.8 140 GHz Active Imaging Systems Based On
FMCW Radar
Sergei Kuznetsov; Sergei Makarov; Valery Koshelenko; Mikhail
Astafev; Andrey Arzhannikov
Novosibirsk State University, Russian Federation
P1-9 M5-P2.1 Evaluation Of Radio-over-Fiber Characteristics
At Airport For Optically-Connected Runway Surface Foreign
Object Debris Detection Millimeter-Wave Radar
Shunichi Futatsumori; Kazuyuki Morioka; Akiko Kohmura; Kunio Okada; Naruto Yonemoto
Electronic Navigation Research Institute, Japan
P1-10 M5-P2.2 Radar Cross Section Of The Metal Sphere
From Microwave To The Optical Frequency
Ruijun Wang; Yuliang Qin; Bin Deng; Hongqiang Wang
National University of Defense Technology, China
P1-11 M5-P2.3 Analysis Of Polarisation Diversity At Terahertz
Frequencies
Nick Lawrence1; Brian Ng1; Hedley Hansen2; Derek Abbott1
1University of Adelaide, Australia; 2DSTO, Australia
P1-12 M5-P3.1 Analysis Of Millimetre-Wave Polarisation Diverse MIMO Capacity
Nick Lawrence1; Brian Ng1; Hedley Hansen2; Derek Abbott1
1University of Adelaide, Australia; 2DSTO, Australia
P1-13 M5-P3.3 Resonant-tunneling-diode Oscillator With
High-frequency Modulation Structure For High-capacity Terahertz Communication
Masahiro Asada; Yu Ikeda; Safumi Suzuki
Tokyo Institute of Technology, Japan
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IRMMW-THz 2014
P1-14 M5-P3.5 600 GHz HD-TV Transmission Combining
UTC-PD And Heterodyne Receiver
Guillaume Ducournau1; Fabio Pavanello1; Alexandre Beck1;
Lucie Tohme2; Stephane Blin2; Philippe Nouvel2; Emilien Peytavit1; Mohammed Zaknoune1; Jean-Francois Lampin1
1IEMN - Université Lille 1, France; 2Univ Montpellier 2, France
P1-15 M5-P4.2 Submillimeter Polarimetry With PolKa, A Reflection-type Modulator For The APEX Telescope
Giorgio Siringo1; Helmut Wiesemeyer2; Talayeh Hezareh2; Ernst
Kreysa2; Axel Weiss2; Karl Menten2; Frederic Schuller3; Attila
Kovacs4
1ESO / ALMA, Chile; 2Max-Planck-Institute for Radio Astronomy,
Germany;3European Southern Observatory, Chile; 4University of Minnesota, United States
P1-16 M5-P6.1 Effect On Viscosity Of Cellulose Derivatives
Against Pseudo-polymorphism Conversion Of Amorphous
Theophylline Using A Terahertz Spectroscopy
Tomoaki Sakamoto1; Tetsuo Sasaki2; Noriko Katori1; Yukihiro
Goda1
1National Institute of Health Sciences, Japan; 2Shizuoka University,
Japan
P1-17 M5-P6.2 Terahertz Investigation Of X-Ray Anti-Imaging
Coatings: Spectroscopic Characterization And Imaging
Nathan Burford1; Magda El-Shenawee1; Brennen Freiburger2
1Univ. of Arkansas, United States; 2Space Photonics Inc., United
States
P1-18 M5-P6.3 Pulsed THz Imaging For Non-Destructive
Testing Of Adhesive Bonds
Uli Schmidhammer; Pierre Jeunesse
Université Paris Sud, France
P1-19 M5-P7.1 Numerical Simulation Of DC Equivalent Factor
Of THz Calorimeter
Moto Kinoshita; Hitoshi Iida; Kuniaki Amemiya; Yozo Shimada
National Metrology Institute of Japan (NMIJ), AIST, Japan
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IRMMW-THz 2014
P1-20 M5-P7.2 A Practical Implementation Of Millimeter And
Submillimeter Wave Length On-Wafer S-Parameter Calibration
Andy Fung1; Lorene Samoska1; Mikko Varonen1; Pekka Kangaslahti1; Stephen Sarkozy2; Richard Lai2
1JPL, United States; 2Northrop Grumman Corporation, United States
P1-21 M5-P7.3 A Vector Network Analyzer-Based Near Field
Scanner For MM-Wave And THz Receivers
Kristina Davis1; Christopher Groppi1; Hamdi Mani1; Caleb
Wheeler1; Christopher Walker2
1Arizona State University, United States; 2University of Arizona,
United States
P1-22 M5-P7.4 Effect Of Terahertz-Wave Interference On
Power Calibration Accuracy
Yuma Takida1; Naotaka Shiba2; Takashi Notake1; Kouji Nawata1;
Feng Qi1; Shuzhen Fan1; Shinichiro Hayashi1; Norihisa Hiromoto2; Hiroaki Minamide1
1RIKEN, Japan; 2Shizuoka University, Japan
P1-23 M5-P7.5 Repeatability Of Absolute Terahertz Power
Measurements Using A Sensitive Calorimeter
Hitoshi Iida; Moto Kinoshita; Kuniaki Amemiya; Yozo Shimada
National Institute of Advanced Industrial Science and Technology, Japan
P1-24 M5-P7.6 Development Of High Accuracy Power Meter
In Terahertz Region
Shigeki Nishina; Motoki Imamura
Advantest Corporation, Japan
P1-25 M5-P7.7 Uncertainty Calculation Of The D-Band Power
Meter Calibration Factor
Kazuhiro Shimaoka1; Moto Kinoshita1; Katsumi Fujii2; Toshihide
Tosaka2
1National Institute of Advanced Industrial Science and Technology,
Japan; 2National Institute of Information and Communications Technology, Japan
Page | 65
IRMMW-THz 2014
P1-26 M5-P7.8 Effect Of Time-Delay Errors On THz Spectroscopy Dynamic Range
David Humphreys1; Mira Naftaly2; John Molloy3
1National Physical Laboratory, United Kingdom; 2Natiuonal Physical
Laboratory, United Kingdom; 3Industrial Doctoral Centre at HeriotWatt University, United Kingdom
P1-27 M5-P7.9 Application Of THz Radiation To Polyethylene
Composite Materials
Frank Ospald1; Rene Beigang2; Danuta Miedzinska3; Norbert
Palka3
1Fraunhofer Institute for Physical Measurement Techniques IPM, Department of Material Characterizati, Germany; 2University of Kaiserslautern, Department of Physics and Research Center OPTIMAS, Germany; 3Military University of Technology, Poland
P1-28 M5-P7.10 Non-destructive Testing Of Glass Fibre Reinforced Plastics With A Full Polarimetric Imaging System
Martin Nezadal; Jan Schür; Lorenz-Peter Schmidt
Friedrich-Alexander Universität Erlangen-Nürn-berg, Germany
P1-29 M5-P7.11 Terahertz-Elasticity Measurements On Elastomers
Harald Pühringer; Stefan Katletz; Michael Pfleger
RECENDT GmbH, Austria
P1-30 M5-P7.12 Wideband Frequency-Domain Material
Charac-terization Up To 500 GHz
Alireza Kazemipour1; Martin Hudlicka2
1PTB, Germany; 2CMI, Czech Republic
P1-31 M5-P8.1 Terahertz Stimulate Specific Signaling Pathways In Human Cells
Ibtissam Echchgadda1; Jessica Grundt2; Cesario Cerna1; Caleb
Roth1; Bennett Ibey2; Gerald Wilmink2
1General Dynamics Information Technology, United States; 2Air
Force Research Laboratory, United States
Page | 66
IRMMW-THz 2014
P1-32 M5-P8.2 Quantitative Analysis Of Amino Acids Based
On THz Refractive Index Spectra
Han Zhang; Zhaohui Zhang; Xiaoyan Zhao; Zhi Li; Fang Yan;
Tianyao Zhang
University of Science and Technology Beijing, China
P1-33 M5-P8.3 Thermodynamics Of New Piroxicam Derivatives In Terahertz Light
Edward Plinski1; Berenika Szczesniak-Siega2; Boguslaw Fuglewicz2; Kacper Nowak1; Boguslaw Szlachetko1; Przemyslaw
Jarzab1; Grzegorz Beziuk1; Lukasz Sterczewski1; Wieslaw Malinka3; Jan Baran4; Marek Drozd4; Mariusz Hruszowiec1; Stanislawa Plinska3; Michal Grzelczak5
1Wroclaw University of Technology, Poland; 2Wroclaw Medical University,, Poland;3Wroclaw Medical University, Poland; 4Polish Academy of Sciences, Poland;5Wroclaw University of technology, Poland
P1-34 M5-P9.1 In Situ Relative Phase Measurement Of Twocolor Field With Terahertz Radiation
Chao Meng; Dongwen Zhang; Zengxiu Zhao; Jianmin Yuan
National University of Defense Technology, China
P1-35 M5-P10.1 Total Variance Regularization For Millimeterwave Holographic Imaging
Lingbo Qiao; Yingxin Wang; Ziran Zhao; Zhiqiang Chen
Tsinghua University, China
P1-36 M5-P10.2 System Analysis And Image Processing For
Millimeter-wave Holographic Imaging
Zheng Li1; Ziran Zhao1; Zongjun Shen2
1Department of Engineering Physics, Tsinghua University,
China; 2Nuctech Company Limited, China
P1-37 M5-P10.3 Traveling Wave Amplification From MultiBeam Slow Wave Structures For High Power Millimeter And
THz Wave Generation
Young-Min Shin; Andrew Palm
Northern Illinois University, United States
Page | 67
IRMMW-THz 2014
P1-38 M5-P11.1 Terahertz Optical Kerr Effect Spectroscopy
Of Biological Molecules
Thomas Harwood1; David Turton2; Elizabeth Ellis1; Adrian Lapthorn2; Klaas Wynne2
1Univ of Strathclyde, United Kingdom; 2Univ of Glasgow, UK
P1-39 M5-P12.2 Liquid Crystal Materials With High Birefringence For THz Applications
Urszula Chodorow; Olga Chojnowska; Katarzyna Garbat; Jakub
Herman; Janusz Parka
Military University of Technology, Poland
P1-40 M5-P12.3 Development Of Thick Orientation Patterned
GaP For Frequency Conversion In The Mid IR And THz Region
Shiva Vangala; Vladimir Tassev; Martin Kimani; Michael Snure;
Mathew Mann; Rita Peterson
Air Force Research Laboratory, United States
P1-41 M5-P12.4 Temperature-dependent Refractive Indices
Of A 1mol % MgO-doped Stoichiometric LiTaO3 Crystal At The
THz Frequency Range
Kyu-Sup Lee1; Shunji Takekawa2; Kenji Kitamura2; Do-Kyeong
Ko3; Nan Ei Yu3
1Gwangju Institute of Science and Technology (GIST), Korea, Republic of; 2National Institute for Materials Science, Japan; 3Gwangju Institute of Science and Technology, Korea, Republic of
P1-42 M5-P12.5 Electromagnetic Response Of Anisotropic
Polystyrene Composite Materials Containing Oriented Multiwall Carbon Nanotubes
Victor Zhuravlev1; Grigorii Dunaevskii1; Valentin Suslyaev1; Alexander Badin1; Micael Kanygin2; Olga Sedelnikova2; Lubov Bulusheva2; Alexander Okotrub2; Kirill Dorozhkin1
1Tomsk State University, Russian Federation; 2Nikolaev Institute of
Inorganic Chemistry SB RAS, Russian Federation
Page | 68
IRMMW-THz 2014
P1-43 M5-P12.8 Investigation Of Dielectric And Conductivity
Properties Of YSZ
Branimir Pejcinovic1; Praveen Sekhar2
1Portland State University, United States; 2Washington State University Vancouver, United States
P1-44 M5-P12.9 NIR And MWIR Transparent Liquid Crystals
Jakub Herman; Przemys³aw Kula; Piotr Harmata; Micha³ Czerwiñski
Military University of Technology, Poland
P1-45 M5-P12.10 Research Of Dielectric Properties Of Wood
At Frequencies 0.1 ÷ 0.5 THz
Grigorii Dunaevskii; Valentin Syslyaev; Kirill Dorozhkin; Tatiana
Kochetkova
National Research Tomsk State University, Russian Federation
P1-46 M5-P13.1 Low-Pressure Gas Spectroscopy Using Terahertz Frequency Synthesizer Traceable To Microwave Frequency Standard Via Dual Optical Comb
Takeshi Yasui1; Hiroto Kimura1; Yi-Da Hsieh1; Hajime Inaba2;
Kaoru Minoshima3
1
The University of Tokushima, Japan; 2National Institute of Advanced
Industrial Science and Technology, Japan; 3The University of ElectroCommunications, Japan
P1-47 M5-P13.2 Extraction Of Beat Signal Between Dual THz
Combs Using Dual THz Spectrum Analyzers
Ryuji Ichikawa1; Hiroto Kimura1; Kenta Hayashi1; Hajime Inaba2;
Kaoru Minoshima3; Takeshi Yasui1
1Univ of Tokushima, Japan; 2National Institute of Adv Industrial Science and Tech, Japan; 3University of Electro-Communications, Japan
P1-48 M5-P13.3 A Waveguide Filter Bank For MillimeterWave Spectroscopy
George Che; Philip Mauskopf; Matthew Underhill; Hamdi Mani;
Christopher Groppi; Sean Bryan
Arizona State University, United States
Page | 69
IRMMW-THz 2014
P1-49 M5.P13.4 Far-Infrared Absorption Measurements On
Thin Polymer Films
Ulrich Schade1; Eglof Ritter2; Alexis D.O. Bawagan3; Jörg Beckmann4; Emad F. Aziz5
1Helmholtz-Zentrum Berlin, BESSY II, Germany; 2Humboldt Universität Berlin, Germany; 3Carleton University, Canada; 4Federal Institute
for Materials Research and Testing, Germany; 5Helmholtz-Zentrum
Berlin und Freie Universität Berlin, Germany
P1-50 M5-P13.5 THz Subwavelength Metamaterials Polarization Insensitive Modulators
Hailin Cui; bo Su; Jingsuo He
Capital Normal University, China
P1-51 M5-P13.6 Reflectance Spectroscopy Of Pigments In
MIR To THz Spectral Range
Sergey Shilov
Bruker Optics, United States
P1-52 M5-P13.7 Tunable Inter-Landau-level Lasing In Resonant Tunneling Multiple Quantum Well Structures
Yury Mityagin1; Maksim Telenkov2; Piotr Kartsev3; Vladislav
Agafonov1
1P.N.Lebedev Physical Institute, Russian Federation; 2National University of Science & Technology "MISIS", Russian Federation; 3National Research Nuclear University “MEPhI”, Russian Federation
P1-53 M5-P13.8 Intense And Short Millimeter Wave Pulse
Generation By Using A Gyrotron As A Light Source
Seitaro Mitsudo; Toshihiro Tanaka; Chihiro Umegaki; Yutaka
Fujii
University of Fukui, Japan
P1-54 M5-P13.9 3D Printing Of Aspherical Terahertz Lenses
And Diffraction Gratings
Andrew Squires; Evan Constable; Roger Lewis
Page | 70
IRMMW-THz 2014
P1-55 M5.P13.10 High Efficiency, Modular, Optical Pulse
Shaping Technique For Tunable, Narrowband THz Generation
Samuel Adipa; Amy Lytle; Etienne Gagnon
Franklin & Marshall College, United States
P1-56 M5-P13.12 Wide Range And High Resolution CW THz
Spectrometer Combined With GaP THz Signal Generator And
Mechanically Cooled Bolometer
Tetsuo Sasaki1; Tadao Tanabe2; Jun-ichi Nishizawa2
1Shizuoka University, Japan; 2Tohoku University, Japan
Page | 71
IRMMW-THz 2014
Tuesday, September 16, 2014
09:00 - 10:30
Crowder Hall Auditorium Music School
Chairperson: Peter H. Siegel
9:00 T1/P-37.1 Juggling with Microwave Photons in a Box to
Explore the Quantum World
Serge Haroche
College de France, France
9:45 T1/P-20.1 Advanced Antenna Architectures for Terahertz
Sensing Instruments
Andrea Neto
Technical University of Delft, Netherlands
T2/A - 1. Imagers and Imaging
Techniques IV
11:00 - 12:30
Chairperson: Kiyomi Sakai
11:00 T2/A-1.16 Terahertz Digital Holographic Imaging Of
Visibly Opaque Printed Dielectrics
Wei-Ren Ng1; Martin Heimbeck2; Dathon Golish1; Michael
Gehm3; Henry Everitt2
1University of Arizona, United States; 2Army Aviation & Missile RD&E
Center, United States; 3Duke University, United States
11:30 T2/A-1.17 Optical Steerable Terahertz Zone Plate
Xinke Wang1; Zhenwei Xie2; Wenfeng Sun1; Yan Zhang1
1Capital Normal Univ., China; 2Harbin Institute of Technology, China
11:45 T2/A-1.18 Towards 3-D THz Volume Inspection For
Process Control
Fabian Friederich1; Bessem Baccouche1; Andreas Keil2; Matthias Kahl3; Peter Haring Bolívar3; Torsten Löffler4; Joachim
Jonuscheit1
1Fraunhofer IPM, Germany; 2Becker Photonik GmbH, Germany; 3University Siegen, Germany; 4SynView GmbH, Germany
Page | 72
IRMMW-THz 2014
12:00 T2/A-1.19 Terahertz Near-field Imaging For Fractal Metallic Structures
Koichiro Tanaka; Tomoko Tanaka
Kyoto university, Japan
12:15 T2/A-34.10 Fundamental Performance Of Liquid Crystal
Millimeter-wave Phase Shifter Using Negative Dielectric Anisotropic Material
Kenji Ito1; Toshiaki Nose2; Takumi Komuro2; Takayuki
Sasamori2; Yoji Isota2; Ryouta Ito2; Michinori Honma2; Masashi
Nagasawa2
1Yurikogyo Co. Ltd., Japan; 2Akita Prefectural University, Japan
T2/B - 17. Near Field
Techniques and Instruments
11:00 - 12:30
Catalina Room
Chairperson: Gunsik Park
11:00 T2/B-17.1 Enhanced Terahertz-near-field Controls
Nanotip Photoemission
Georg Herink; Lara Wimmer; Daniel R. Solli; Katharina E. Echternkamp; Sergey V. Yalunin; Claus Ropers
University of Göttingen, Germany
11:30 T2/B-17.2 Low-loss THz Pulse Transmission In Commercially Available Teflon Tubes Coated With Silver
Miguel Navarro-Cia1; Jeffrey E. Melzer2; James A. Harrington2; Oleg Mitrofanov3
1Imperial College London, United Kingdom; 2Rutgers University,
United States;3University College London, United Kingdom
11:45 T2/B-17.3 Non-Contact Probes For Characterization Of
THz Devices And Components
Matthieu Martin; Prasanna Kumar Daram; Elliott Brown
Wright State University, United States
12:00 T2/B-17.4 Planar Goubau Lines For On Chip Terahertz
Microscopy
Tahsin Akalin
IEMN, Lille 1 University, France
Page | 73
IRMMW-THz 2014
12:15 T2/B-17.5 Probe Correction For Near-Field Scanning
With A Dielectric Fiber
Alireza Kazemipour; Mohammed Salhi
PTB, Germany
T2/C - 13. Spectroscopy Instruments
and Techniques II
11:00 - 12:30
Tucson Room
Chairperson: Martin Koch
11:00 T2/C-13.6 Single-Frequency Terahertz Source Based
On Difference Frequency Generation In An Enhancement
Cavity
Maik Scheller1; Justin Paul1; Alexandre Laurain1; Abram Young2;
Stephan Koch3; Jerome Moloney1
1College of Optical Sciences, University of Arizona, United
States; 2TeraVision Inc., United States; 3Philipps Universität Marburg,
Germany
11:30 T2/C-13.7 Precise Terahertz-wave Phase Measurement
Based On Photonics Technology
Shintaro Hisatake; Tadao Nagatsuma
11:45 T2/C-13.8 Detecting THz Signatures Of Liquids With
Chirp Induced Stimulated Raman Scattering
Stefan Funkner; Gudrun Niehues; Katsuya Saitou; Yoshiki
Yazawa; Takashi Furuya; Kohji Yamamoto; Masahiko Tani
FIR Center, University of Fukui, Japan
12:00 T2/C-13.9 Polarimetry At Novosibirsk Terahertz Free
Electron Laser Facility
Vladimir Kruchinin1; Yulia Choporova2; Valery Cherkassky2; Boris Knyazev2; Mihael Mitkov3; Ivan Azarov4; Margarita
Kruchinina5
1Institute of Semiconductor Physics, Russian Federation; 2novosibirsk state university, Russian Federation; 3novosibirsk state technical university, Russian Federation; 4Rzhanov Institute of Semiconductor Physics, Russian Federation;5Institute of Internal Medicine, SB
RAMS, Russian Federation
Page | 74
IRMMW-THz 2014
12:15 T2/C-13.10 Improved Substance Identification By Suppression Of Multiple-Reflection-Induced Spectral Noise
Frank Ellrich1; Daniel Molter1; Soufiene Krimi1; Joachim
Jonuscheit1; Georg von Freymann1; Daniel Huebsch2; Tobias
Würschmidt2; Thorsten Sprenger2; Frank Platte3; Christoph
Fredebeul3; Konstantinos Nalpantidis3
1Fraunhofer Institute for Physical Measurement Techniques IPM,
Germany;2Huebner GmbH & Co. KG, Germany; 3IANUS Simulation
GmbH, Germany
T2/D - 8. Biology and
Medical Applications III
11:00 - 12:30
Rincon Room
Chairperson: Emma MacPherson
11:00 T2/D-8.10 Millimeter-Wave Non-Invasive Monitoring
Of Glucose In Anesthetized Rats
Peter Siegel1; Yoon Lee2; Victor Pikov3
1Caltech, United States; 2Northwestern University, United
States; 3Huntington Medical Research Institutes, United States
11:30 T2/D-8.11 THz Imaging Of Alzheimer's Disease: Spectroscopic Differentiation Between Normal And Diseased Tissues
Woon-Gi Yeo1; Ogan Gurel2; Niru Nahar1; Charles Hitchcock3;
Norman Lehman3; Sungchan Park4; Kubilay Sertel1
1The Ohio State Univ., United States; 2Samsung Adv. Inst. for Health
Sciences & Tech, Korea, Republic of; 3The Ohio State Univ. Wexner
Med. Ctr., United States; 4Samsung Advanced Institute of Tech., Korea, Republic of
11:45 T2/D-8.12 Diagnosis Of Burn Wounds Using Terahertz
Time-Domain Spectroscopy
M. Hassan Arbab; Samuel C Henry; Adelaide Warsen; Navid
Farr; Dale Winebrenner; Abbi McClintic; Nicholas Shubin; Anne
M Hocking; Saman Arbabi
University of Washington, United States
Page | 75
IRMMW-THz 2014
12:00 T2/D-8.13 Concentration Of Terahertz Radiation For Microsample Spectroscopy
Weidong Zhang; Leamon Viveros; Elliott Brown
12:15 T2/D-8.14 Terahertz Observation Of Salt Penetration In
Col-lagen Fibers
Frank Ellrich1; Daniel Molter1; Soufiene Krimi1; Joachim
Jonuscheit1; Maya Mizuno; Akira Yamada; Kaori Fukunaga; Hiroaki Kojima
National Institute of Information and Communications Tech, Japan
T2/E - 16. High Power and
Nonlinear Phenomena I
11:00 - 12:30
Santa Rita Room
Chairperson: Hou-Tong Chen
11:00 T2/E-16.1 Terahertz Kerr Effect In Gallium
Phosphide Crystal
Emmanuel Abraham; Marion Cornet; Jérôme Degert; Eric Freysz
LOMA - University of Bordeaux, France
11:30 T2/A-16.2 Dynamics Of The THz Optical Discharge
Vitaly Kubarev
Budker Institute of Nuclear Physics, Russian Federation
11:45 T2/A-16.3 THz Light Source At SLAC FACET User
Facility
Ziran Wu1; Alan Fisher1; Matthias Hoffmann1; Stefano Bonetti1;
Daniel Higley2; Hermann Durr1
1SLAC National Accelerator Laboratory, United States; 2Stanford University, United States
12:00 T2/A-16.4 Terahertz Field Induced Electromigration
Andrew Strikwerda; Maksim Zalkovskij; Krzysztof Iwaszczuk;
Peter Uhd Jepsen
Technical University of Denmark, Denmark
Page | 76
IRMMW-THz 2014
12:15 T2/E-16.5 THz Autocorrelation Measurements At The
Metrology Light Source
Andreas Pohl1; Nils Deßmann1; Arne Hoehl2; Ralph Müller2; Gerhard Ulm2; Markus Ries3; Godehard Wüstefeld3; Heinz-Wilhelm
Hübers4
1Technische Universität Berlin, Germany; 2PTB, Germany; 3Helmholtz-Zentrum Berlin, Germany; 4German Aerospace Center / TU
Berlin, Germany
T3/A - 1. Imagers and
Imaging Techniques
V
14:00 - 15:30
Chairperson: Tadao Nagatsuma
14:00 T3/A-1.20 Millimeter Wave Surface And Reflectivity
Estimation Based On Sparse Time Of Flight Measurements
Ruoyu Zhu; Orges Furxhi; Daniel Marks; David Brady
Duke University, United States
14:30 T3/A-1.21 Analysis And Optimization Of THz Imaging
Optics With Off-Axis Parabolic Mirrors
Shijun Sung1; James Garritano2; Neha Bajwa2; Bryan Nowroozi2;
Warren Grundfest2; Zachary Taylor2
1UCLA Electrical Engineering, United States; 2UCLA Bioengineering,
United States
14:45 T3/A-1.22 Characterizing A WR-1.5 Diagonal Horn Antenna Using Photo-Induced Coded-Aperture Imaging
Md. Itrat Bin Shams1; Syed Rahman1; Zgenguo Jiang1; Jubaid
Qayyum1; Jeffrey Hesler2; Patrick Fay1; Lei Liu1; Sakshi Singh1
1University of Notre Dame, United States; 2Virginia Diodes, Inc.,
United States
15:00 T3/A-1.23 Terahertz Generation By Optical Mixing Of
Chirped Fiber Laser Pulses
Nerijus Rusteika; Juozas Adamonis; Rimvydas Venckevièius;
Irmantas Kaðalynas; Ramûnas Adomavièius; Arûnas Krotkus;
Rokas Danilevièius
Center for Physical Sciences and Technology, Lithuania
Page | 77
IRMMW-THz 2014
15:15 T3/A-1.24 Towards A 3D Material Characterization Using Dual-energy THz Tomography
Benoit Recur1; Hugo Balacey2; Jean Baptiste Perraud2; Jean
Paul Guillet3; Patrick Mounaix2; Bruno Bousquet2
1ANU, RSPE Applied Math., Australia; 2LOMA, Bordeaux University,
France; 3IMS, Bordeaux University, France
Catalina Room
T3/B - 18. Modeling and
Analysis Techniques I
14:00 - 15:30
Chairperson: Goutam Chattopadhyay
14:00 T3/B-18.1 Characterization And Modelling Of THz
Schottky Diodes
Tero Kiuru
VTT Technical Research Centre of Finland, Finland
14:30 T3/B-18.2 Ocular Temperature Measurements During
Infrared Or Millimeter Wave Exposure
Masami Kojima1; Cheng-Yu Tsai1; Yukihisa Suzuki2; Tsutomu
Okuno3; Kensuke Sasaki4; Kazuyuki Sasaki1; Hiroshi Sasaki1
1Kanazawa Medical Univ, Japan; 2Tokyo Metropolitan Univ,Japan;
3National Inst of Occupational Safety and Health, Japan; 4National
Inst of Information and Communications Tech, Japan
14:45 T3/B-18.3 Polarization State Of Terahertz Pulses Generated By Tilted-pulse-front-pump Scheme Using Femtosecond Laser
Zhaohui Zhai; Sengcheng Zhong; Liguo Zhu; Kun Meng; Qiao
Liu; Qixian Peng; Zeren Li
Institute of Fluid Physics, China Academy of Engineering Physics,
China
15:00 T3/B-18.4 Modeling And Optimization Method For Thermal THz Sensing With MOS Transistors
Dan Corcos1; Danny Elad1; Lukas Kull2; Thomas Morf2
1IBM Research Haifa, Israel; 2IBM Research Zurich, Switzerland
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IRMMW-THz 2014
15:15 T3/B-18.5 Toward Precise Assignment Of THz Spectra
By DFT
Ohki Kambara
Shizuoka University, Japan
T3/C - 13. Spectroscopy
Instruments and Techniques III
14:00 - 15:30
Tucson Room
Chairperson: XueChu Shen
14:00 T3/C-13.11 Algorithms For Sample Identification Using
Is-TPG Spectroscopy
Irina Smirnova; Ryo Yamazaki; Kosuke Murate; Kodo Kawase
Nagoya University, Japan
14:15 T3/C-13.12 Towards Broadband THz-TDS: LN Waveguide THz Emission Super Focused Onto A Reversed Photoconductive Antenna
Gudrun Niehues1; Stefan Funkner1; Takuya Shirao2; Takashi Furuya1; Toshihiro Kishibata2; Takeshi Okuyama2; Yusuke Akamine2; Kohji Yamamoto1; Fumiyoshi Kuwashima2; Kodo Kawase3; Masahiko Tani1
1FIR Center, University of Fukui, Japan; 2Fukui University of Technology, Japan;3Nagoya University, Japan
14:30 T3/C-13.13 Time-domain Picture Of The Terahertz Vector Waveform Measured By The Electro-optic Sampling
Method Using The Crystal Symmetry
Kenichi Oguchi; Naoya Yasumatsu; Shinichi Watanabe
Keio University, Japan
14:45 T3/C-13.14 THz Time-domain Spectroscopy Beyond 4
THz Using A Sub-picosecond Yb-doped Fiber Laser System
Masaya Nagai1; Eiichi Matsubara1; Masaaki Ashida1; Jun Takayanagi2; Hideyuki Ohtake2; Hideyuki Ohtake2
1Osaka Univ., Japan; 2Aisin Seiki Co. Ltd., Japan
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IRMMW-THz 2014
15:00 T3/C-13.15 Fast-Scanning Fabry-Perot Spectrum Analyzer With Continuously Tunable Resolution
John Middendorf; Elliott Brown
15:15 T3/C-13.16 High-precision Phase Determination In A
Con-tinuous-wave Terahertz Spectrometer By Heterodyning
Of Three Lasers
Axel Roggenbuck1; Komalavalli Thirunavukkuarasu2; Malte
Langenbach3; Ernesto Vidal3; Holger Schmitz3; Joachim Hemberger3; Markus Grüninger3
1TOPTICA Photonics AG, Germany; 2National High Magnetic Field
Laboratory, United States; 3Universität zu Köln, Germany
T3/D - 19. Optics and QuasiOptics I
14:00 - 15:30
Rincon Room
Chairperson: Ken Wood
14:00 T3/D-19.1 Antennas And Quasi-optics For Space
Terahertz Instrumentation
Peter de Maagt
ESA, Netherlands
14:30 T3/D-19.2 Beam Measurement Characterization And
Optics Tolerance Analysis of A 900 GHz HEB Receiver For
The ASTE Telescope
Alvaro Gonzalez1; Tatsuya Soma2; Tatsuya Shiino2; Keiko
Kaneko1; Yoshinori Uzawa1; Satoshi Yamamoto2
1National Astronomical Observatory of Japan, Japan; 2University of
Tokyo, Japan
14:45 T3/D-19.3 Hollow Core Terahertz Waveguide Fabricated Using A 3D Printer
Nurfina Yudasari; Jessienta Anthony; Rainer Leonhardt; Dominik Vogt
Physics Department - The University of Auckland, New Zealand
Page | 80
IRMMW-THz 2014
15:00 T3/D-19.4 Demonstration Of Sub-Megawatt Power
Transmission To Microwave Rocket
Masafumi Fukunari1; Nat Wongsuryrat1; Toshikazu Yamaguchi1;
Kimiya Komurasaki1; Yasuhisa Oda2; Ryosuke Ikeda2; Ken Kajiwara2; Koji Takahashi2; Keishi Sakamoto2
1The University of Tokyo, Japan; 2Japan Atomic Energy Agency, Japan
15:15 T3/D-19.5 Coherent Fourier Optics For The Analysis Of
THz Antennas Under Focusing Systems
Beatriz Blazquez1; Nuria Llombart1; Angelo Freni2; Andrea Neto1
1TUDelft, Netherlands; 2University of Florence, Italy
Nonlinear Phenomena II
14:00 - 15:30
Santa Rita Room
Chairperson: Hao Xin
14:00 T3/E-16.6 Measurement Of Birefringence Inside An
Air Plasma By THz-ABCD
Jing Zhang1; X.-C. Zhang2
1Huazhong University of Science and Technology, China; 2University
of Rochester, United States
14:30 T3/E-16.7 High Harmonic Generation In Monolayer Undoped Graphene At Terahertz Frequencies
Ibraheem Al-Naib1; J. E. Sipe2; Marc M. Dignam1
1Queen's University, Canada; 2University of Toronto, Canada
14:45 T3/E-16.8 Resonant Field Enhancement In Periodically
Ar-ranged Microslits For Non-linear Terahertz Spectroscopy
Maksim Zalkovskij1; Xi-Cheng Zhang2; Pernille Klarskov1; Radu
Malureanu1; Peter Uhd Jepsen1
1Technical University of Denmark, Denmark; 2University of Rochester, United States
15:00 T3/E-16.9 Terahertz Radiation Generation By Beating
Two Obliquely Incident Lasers On A Plasma With Density
Gradient
Jetendra Parashar
Samrat Ashok Technological Institute, India
Page | 81
IRMMW-THz 2014
15:15 T3/E-16.10 Modeling Of A Double-Grating Sub-THz
Sheet-Beam Amplifier
Nikita Ryskin1; Tatiana Karetnikova1; Andrey Rozhnev1; Gennadiy Torgashov2; Nikolay Sinitsyn2; Pavel Shalaev3; Anton
Bourtsev3
1Saratov State University, Russian Federation; 2Saratov Branch, Institute of Radio Engineering & Electronics, RAS, Russian Federation; 3“Almaz” R&D Co., Russian Federation
T4/A - 20. Antennas and Beam
Forming Networks I
16:00 - 17:30
Union Kiva Room (2nd
floor)
Chairperson: Andrea Neto
16:00 T4/A-20.1 On The Development Of Silicon Micromachined Lens Antennas For THz Integrated Heterodyne
Arrays
Maria Alonso del Pino1; Nuria Llombart Juan1; Choonsup Lee2;
Goutam Chattopadhyay2; Cecile Jung2; Imran Mehdi2
1Delft University of Technology, Netherlands; 2Jet Propulsion Laboratory, United States
16:30 T4/A-20.2 Design And Fabrication Considerations For A
250 GHz Liquid Crystal Phase Shifter
Christian Weickhmann1; Matthias Jost1; David Laemmle2; Rolf
Jakoby1
1TU Darmstadt, Inst. for Microwave Eng. and Photonics, Germany; 2TU Darmstadt, Inst. of Electromechanical Design, Germany
16:45 T4/A-20.3 Terahertz Vector Bessel Beams Generated
By Plasmonic Waveguide Scattering
Yasuaki Monnai1; Withawat Withayachumnankul2; David Jahn3;
Martin Koch3; Hiroyuki Shinoda1
1The University of Tokyo, Japan; 2The University of Adelaide, Australia; 3Philipps University of Marburg, Germany
17:00 T4/A-20.4 Evanescent Holes For Power Monitoring Of
A Pulsed Cloud Radar
Kevin Pike1; Richard Wylde1; Adam Woodcraft2; John Howes3;
Hans-Joachim Schoedel4; Alexander Geise4; Hiroaki Horie5; Nobuhiro Takahashi5; Richard Thompson3; Hirotaka Nakatsuka6
Page | 82
IRMMW-THz 2014
1Thomas
Keating Ltd., United Kingdom; 2QMC Instruments Ltd.,
United Kingdom;3National Physical Laboratory, United Kingdom; 4Astrium GmbH, Germany; 5NICT, Japan; 6JAXA, Japan
17:15 T4/A-17.6 Transmission Bleaching And Coupling Crossover In A Split Tapered Aperture
Shuchang Liu1; Oleg Mitrofanov2; Ajay Nahata1
1University of Utah, United States; 2University College London,
United Kingdom
T4/B - 18. Modeling and
Analysis Techniques II
16:00 - 17:30
Catalina Room
Chairperson: Chao Zhang
16:00 T4/B-18.6 Modeling And Simulation Of Vacuum THz
Source
Bin Li
University of Electronic Science and Technology of China, China
16:30 T4/B-18.7 High Precision Material Characterization
Method Using THz Spectroscopy
J.L.M. van Mechelen1; A.B. Kuzmenko2; H. Merbold1
1ABB Corp Research, Switzerland; 2Univ of Geneva, Switzerland
16:45 T4/B-18.8 Improvement Of Terahertz Spectrum Accuracy By Selective Extraction Of Sample-Induced Echo Signals
Jindoo Choi; Won Sik Kwon; Kyung-Soo Kim; Soohyun Kim
Korea Advanced Inst of Science and Technology, Korea, Republic of
17:00 T4/B-18.9 Time-frequency Representation Of Terahertz
Time-Domain Spectroscopy Signals Based On Stockwell
Transform
Zied Bouguila1; Bernd Fischer2; Ali Moukadem1; Alain Dieterlen1
1University of haute Alsace, France; 2French-German Research Institute of Saint-Louis (ISL), France
Page | 83
IRMMW-THz 2014
17:15 T4/B-18.10 Full-wave Simulation Of THz Photoconductive Antennas
Mario F. Pantoja; Salvador G. Garcia; Amelia R. Bretones; Rafael
G. Martin
University of Granada, Spain
T4/C - 13. Spectroscopy Instruments
and Techniques IV &
14. Spectroscopy Liquids and Solids I
16:00 - 17:30
Tucson Room
Chairperson: Andrea Markelz
16:00 T4/C-13.17 Sideband-Ratio And Harmonic Response
Of Sub-Millimeter Wave Mixers Measured With A Martin
Puplett Interferometer
Axel Murk1; Matthias Renker1; Simon Rea2; Anders Emrich3
1University of Bern, Switzerland; 2Rutherford Appleton Laboratory,
United Kingdom;3Omnisys Instruments, Sweden
16:15 T4/C-14.1 Spin And Lattice Vibrations Of CaMn7O12 In
The THz Range
Filip Kadlec1; Veronica Goian1; Christelle Kadlec1; Martin
Kempa1; Stanislav Kamba1; Stephane Rols2; Jon Taylor3; Milan
Orlita4
1Institute of Physics, Czech Academy of Sciences, Czech Republic; 2Institut Laue-Langevin, France; 3ISIS Facility, Rutherford Appleton Laboratory, Chilton, United Kingdom; 4Grenoble High Magnetic
Field Lab, France
16:30 T4/C-14.2 Solid Solution GaSe1-xSx Crystals For THz
Applications
John Molloy1; Mira Naftaly1; Yury Andreev2; Gregory Lansky2;
Konstantin Kokh3; Valerii Svetlichnyi4
1National Physical Laboratory, United Kingdom; 2Institute of Monitoring of Climatic and Ecological Systems SB RAS, Russian Federation; 3Institute of Geology and Mineralogy SB RAS, Russian Federation; 4Siberian Physical-Technical Institute of Tomsk State University,
Russian Federation
Page | 84
IRMMW-THz 2014
16:45 T4/C-14.3 Proton Dynamics Of The Water Lattice In Nanochannel
Hiroshi Matsui1; Yuta Suzuki1; Hiroyuki Fukumochi1; Makoto
Tadokoro2
1Tohoku University, Japan; 2Tokyo University of Science, Japan
17:00 T4/C-14.4 Near-field Probing Of The THz Mie Magnetic
Mode In A Single Sub-wavelength TiO2 Sphere
Oleg Mitrofanov1; Filip Dominec2; Miguel Navarro-Cia3; Petr
Kužel2; John Reno4; Igal Brener5; Patrick Mounaix6
1UCL, United Kingdom; 2Institute of Physics ASCR, Czech Republic; 3ICL, United Kingdom; 4Sandia NL, United States; 5Sandia, United
States; 6Univ. Bordeaux, France
17:15 T4/C-14.5 Investigation Of High Frequency Carrier Dynamics
Of Al-doped ZnO Nanowires By Terahertz Time Domain Spectroscopy
Soner Balci; Gang Shen; William Baughman; Patrick Kung;
Seongsin Margaret Kim
Electrical and Computer Engineering Department, University of Alabama, United States
T4/D - 19. Optics and QuasiOptics II
16:00 - 17:30
Rincon Room
Chairperson: Nuria
Llombart-Juan
16:00 T4/D-19.6 Laser-generated Broadband Antireflection
Structures For Freeform Silicon Lenses At Terahertz
Frequencies
Anika Brahm1; Sven Döring2; Annika Wilms1; Gunther Notni1;
Stefan Nolte2; Andreas Tünnermann1
1Fraunhofer Institute IOF, Germany; 2Insitute of Applied Physics,
Friedrich-Schiller-University Jena, Germany
Page | 85
IRMMW-THz 2014
16:30 T4/D-19.7 Corrugated Transmission Line Systems For
395 GHz/ 600 MHz And 460 GHz /700 MHz DNP-NMR
Spectroscopy
Jagadishwar Sirigiri1; Thorsten Maly1; Nathan Tarricone1; Jing
Zhou1; Toshitaka Idehara2; Yoh Matsuki3; Toshimichi Fujiwara3
1Bridge 12 Technologies, Inc., United States; 2Center for Development of Far-Infrared Region, University of Fukui, Japan; 3Institute for
Protein Research, Osaka University, Japan
16:45 T4/D-19.8 A Focusing Metamaterial Based Wollaston
Prism
Paul Moseley1; Giorgio Savini1; Elena Saenz2; Peter Ade3; Jin
Zhang4
1UCL, United Kingdom; 2ESA, Netherlands; 3Cardiff University,
United Kingdom;4Anglia Ruskin University, United Kingdom
17:00 T4/D-19.9 Terahertz In Plane And Terahertz Out Of
Plane (TIP-TOP) Switching Of A Liquid Crystal Spatial Light
Modulator
Benjamin Ung1; Yang Yu2; Edward Parrott1; Abhishek Srivastava2; Vladimir Chigrinov2; Emma Pickwell-MacPherson3
1Department of Electronic Engineering, The Chinese University of
Hong Kong, Hong Kong; 2Department of Electronic and Computer
Engineering, The Hong Kong University of Science and Technolog,
Hong Kong; 3The Chinese University of Hong Kong, Hong Kong
17:15 T4/D-19.10 Achromatic THz Wave Plate Composed Of
Stacked Parallel Metal Plates with A Pillar Array
Masaya Nagai1; Noriyuki Mukai1; Yosuke Minowa1; Masaaki
Ashida1; Jun Takayanagi2; Hideyuki Ohtake2
1Osaka Univ., Japan; 2Aisin Seiki Co. Ltd., Japan
Page | 86
IRMMW-THz 2014
Santa Rita Room
Nonlinear Phenomena III
16:00 - 17:30
Chairperson: Alexander Litvak
16:00 T4/E-16.11 Ultraviolet Light Emission From Resonant Gold Dipole Antennas In Air Illuminated With Intense
Sub-picosecond Terahertz Transients
Krzysztof Lwaszczuk; Maksim Zalkovskij; Andrew Strikwerd; Peter Jepsen
DTU Fotonik, Denmark
16:30 T4/E-16.12 Terahertz Field-induced Second Harmonic
Gen-eration Through Pockels Effect In A Zinc Telluride Crystal
Emmanuel Abraham; Marion Cornet; Amine Ould Hamouda;
Jérôme Degert; Eric Freysz
LOMA - University of Bordeaux, France
16:45 T4/E-16.13 140GHz 8-way Power Combing Module
Xiaoke Kang; Xianjin Deng; Peng Chen; Juan Su; Jun Jiang;
Jian Zhang
Institute of Electronic Engineering,CAEP, China
17:00 T4/E-16.14 Ablation Of Organic Crystals Using Picosecond THz Free Electron Laser Pulses
Masaya Nagai1; Eiichi Matsubara1; Masaaki Ashida1; Keigo Kawase2; Akinori Irizawa2; Ryukou Kato2; Goro Isoyama2
1Osaka Univ., Japan; 2ISIR, Osaka Univ., Japan
17:15 T4/E-16.15 EU Development Program For The 1 MW
Gyrotron For ITER
Fabio Cismondi; Ferran Albajar; Tullio Bonicelli
Fusion for Energy, Spain
Page | 87
IRMMW-THz 2014
T5 - Poster Session 2
17:30 - 19:00
Ballroom South
Chairperson: Alex Wu
P2-1 T5-P14.1 THz And Mid IR Fourier Transform Spectroscopy On Polyethylene Irradiated With - Co-60 Radiation
Kerstin von der Ehe1; Ulrich Schade2; Matthias Jaunich1; Dietmar Wolff1; Emad Aziz2; Joerg Beckmann1
1Federal Institute for Materials Research and Testing, Germany; 2Helmholtz-Zentrum Berlin für Materialien und Energie, Germany
P2-2 T5-P14.3 Phase-Sensitive Magnetoresistance Oscillations Induced By Commensurate Bichromatic Irradiations In
2D Electron Systems
Xiaolin Lei; Shiyong Liu
Shanghai Jiao Tong University, China
P2-3 T5-P14.5 Absorption Spectra Of Benzoic Acid In The 515 THz Range
Joseph Horvat; Lucia Lepodise; Roger Lewis
P2-4 T5-P14.6 THz Spectroscopy Of Sodium, Lithium And Potassium Montmorillonites
Ingrid Wilke; Michael Aldersley; Prakash Joshi; Rachel Mathew
P2-5 T5-P14.7 THz Absorption Bands In Sr14Cu24O41 By
Syn-chrotron Radiation
Evan Constable1; Joseph Horvat1; Guochu Deng2; R. A. Lewis1
1University of Wollongong, Australia; 2Australian Nuclear Science and
Technology Organisation, Australia
P2-6 T5-P14.8 Terahertz Spectroscopy Of Natural Stone Materials
Daehoon Han; Hanlae Jo; Jaewook Ahn
KAIST, Korea, Republic of
Page | 88
IRMMW-THz 2014
P2-7 T5-P14.9 Polarization Terahertz Spectroscopy Application To Theophylline Anhydrite Single Crystal For Vibrational
Mode Assignment
Tetsuo Sasaki1; Ohki Kambara1; Tomoaki Sakamoto2; Jun-ichi
Nishizawa3
1Shizuoka University, Japan; 2National Institute of Health Science,
Japan; 3Tohoku University, Japan
P2-8 T5-P14.10 A Novel Accurate Method For Attenuated
Total Reflection Spectroscopy
Amin Soltani1; Lennart Duschek1; Stefan Busch1; Thorsten
Probst1; Enrique Castro- Camus2; Martin Koch1
1Philipps-Universität Marburg, Germany; 2Centro de Investigaciones
en Optica A.C., Mexico
P2-9 T5-P16.1 Study On Terahertz Parametric Oscillator
Pumped By Multi-transverse-mode Lasers
Jiaqi Li; Yuye Wang; Degang Xu; Chao Yan; Zhongxiao Li;
Pengxiang Liu; Wei Shi; Jianquan Yao
The Institute of Laser & Opto-electronic, Tianjin University,P. R.
China, China
P2-10 T5-P16.2 Transition From Insulating To Conducting
States Induced By Intense Terahertz Pulses In Aggregate Of
Metal Particles
Yuzuru Tadokoro; Keisuke Takano; Masanori Hangyo
Institute of Laser Engineering - Osaka University, Japan
P2-11 T5-P16.3 Non-linear Spin Lattice Dynamic In
KR(MoO4)2
Dmytro Kamenskyi1; Hans Engelkamp1; Sergii Poperezhai2;
Papori Gogoi1; Denis Arslanov1; Rienk Jongma1; Wim van der
Zande1; Volodymyr Kut'ko2
1Institute for Molecules and Materials, Netherlands; 2B. Verkin Institute for Low Temperature Physics and Engineering of the National
Academy of Science o, Ukraine
Page | 89
IRMMW-THz 2014
P2-12 T5-P16.4 Nonlinear Response Of Au Nanostructures
Observed With Intense THz Pulses
Katsumasa Yoshioka1; Yasuo Minami1; Thang Duy Dao2; Tadaaki
Nagao3; Kenichi Shudo1; Jun Takeda1; Masahiro Kitajima4;
Ikufumi Katayama1
1Yokohama National University, Japan; 2WPI-MANA National Institute for Materials Science, JST-CREST, Nara Institute of Science and
Technolo, Japan; 3WPI-MANA National Institute for Materials Science, JST-CREST, Japan; 4Yokohama National University, JSTCREST, LxRay Co. Ltd., Japan
P2-13 T5-P16.5 The Beam-Wave Synchronization And Coupling For Three Modes In A Three-Gap Coupled Cavity Based
On Space-Charge Wave Theory
Zhi Liu1; Jirun Luo2; Jian Cui1; Wenkai Liu1; Haiyan Sun1
1North China University of Technology, Beijing,China, China; 2Institute of Electronics, Chinese Academy of Sciences, Beijing, 100190
China, China
P2-14 T5-P17.1 Experimental Verification 3D Subwavelength
Resolution Beyond Abbe Barrier With Flat Diffractive Optic In
Millimeter Wave
Igor Minin
Siberian State Academy of Geodesy, Russian Federation
P2-15 T5-P17.2 A Near-field Spoof Plasmon THz Probe Using
Metallized 3-D Printed Plastic
Kyoung Youl Park; Premjeet Chahal
Michigan State University, United States
P2-16 T5-P17.3 An Innovative 3D Diffractive Lenses To Overcome The 3D Abbe Diffraction Limit In Millimeter Wave: Simulation And Experiment
Igor Minin; Oleg Minin
Siberian State Academy of Geodesy, Russian Federation
Page | 90
IRMMW-THz 2014
P2-17 T5-P17.4 THz Near-field Microscopy Of Semiconductor
And Metal Bowtie Antennas
Arkabrata Bhattacharya1; Giorgos Georgiou1; Simon Sawallich2;
Christopher Matheisen2; Michael Nagel2; Jaime Gomez Rivas1
1FOM Institute AMOLF, Netherlands; 2AMO, Germany
P2-18 T5-P18.1 A Novel Compact Microstrip-to-Waveguide
Transition Structure for Integration with Multilayered Circuits
Yu Liu; Ping Cao; Cheng Hong; Meng Cai
Huawei Technologies Co., Ltd., China
P2-19 T5-P18.2 Optical Effects At Projection Measurements
For Terahertz Tomography
Anika Brahm; Sebastian Merx; Maryna Tymoshchuk; Gunther
Notni; Andreas Tünnermann
Fraunhofer Institute IOF, Germany
P2-20 T5-P18.3 Linear Analysis Of A 0.22THz Sine Waveguide Travelling Wave Tube
Wenqiu Xie; Zicheng Wang; Fangming He; Jirun Luo; Qinglun
Liu
P2-21 T5-P18.4 Interactions Of Electron Beams With Electromagnetic Waves In Cerenkov Devices With A Magnetized
Plasma Column
Wang Haoying1; Zhang Linxi1; Zhang Qiang1; Liu Wenxin2
1Ocean University of China, China; 2 Chinese Academy of Sciences,
China
P2-22 T5-P18.5 Evaluation Of Effect Of Protective Case On
Wave Propagation At 300GHz
Toshihide Tosaka; Katsumi Fujii; Kaori Fukunaga; Akifumi Kasamatsu
NICT, Japan
P2-23 T5-P18.6 Design Of Symmetric Window For THz Traveling-Wave Tube Amplifier
Xin Guo; Wenxin Liu; Chao Zhao; Yong Wang
Page | 91
IRMMW-THz 2014
P2-24 T5-P18.7 Electrostatic Field Simulation Of Variable
Pitch Helical Cathode
Song Yue; Zhaochuan Zhang; Dongping Gao
P2-25 T5-P18.8 Modeling And Analysis Of Millimeter/Sub-millimeter Wave Indoor Communications For Multi-gigabit Wireless Transmission
Yonghoon Choi; Youngnam Han
Korea Advanced Institute of Science and Technology, Korea, Republic of
P2-26 T5-P18.9 Simulation And Comparison Of High Frequency Characteristics For A Step-Shaped Groove Staggered
Double Grating Array Waveguide
Jirun Luo; Wenqiu Xie; Fangming He; Zicheng Wang; Ding zhao;
Min Zhu; Wei Guo
P2-27 T5-P18.10 Processing Sequence To Analyse 3D THz
Images
Benoit Recur1; Hugo Balacey2; Jean Baptiste Perraud2; Patrick
Mounaix2
1ANU, RSPE Applied Math., Australia; 2LOMA, Bordeaux University,
France
P2-28 T5-P18.11 A Wideband THz Time Domain Spectroscopy Table-top System Based On Ultrafast Pulsed Laser:
Model And Experiments
Alessandro Tomasino1; Fabrizio Buccheri2; Salvatore Stivala1;
Alessandro Busacca1; Marco Peccianti3; Roberto Morandotti4
1University of Palermo, Italy; 2University of Rochester, United
States; 3University of Sussex, United Kingdom; 4INRS-EMT, Canada
P2-29 T5-P18.12 Design Of Terahertz Filters Using A Modified Bisection Method
Berardi Sensale-Rodriguez; Kai Yang; Sara Arezoomandan
The University of Utah, United States
Page | 92
IRMMW-THz 2014
P2-30 T5-P18.13 Novel Analysis And Modeling Of Lossy Submillimeter Waveguides
Yasser Hussein1; Samir El-Ghazaly2
1University of Arkansas, United States; 2University of Arknsas, United
States
P2-31 T5-P18.15 A Rigorous Study Of A Shielded Microstrip
Line With MR-GEC Method
Nejla Oueslati
National Engineering School of Tunis, Tunisia
P2-32 T5-P19.1 Application Of Least Square Method In Transformation Optics
Mateus Augusto Junqueira; Lucas Heitzman Grabrielli; Danilo
Henrique Spadoti
Federal University of Itajubpa, Brazil
P2-33 T5-P19.2 Tunable And Broadband Negative Group Delays In A Birefringent Waveguide
Hsin-Yu Yao1; H. G. Winful2; Tsun-Hsu Chang1
1National Tsing Hua University, Taiwan; 2University of Michigan,
United States
P2-34 T5-P19.3 Design Of Electron Optics System For
0.33THz Extended Interaction Amplifier
Chao Zhao; Wenxin Liu
P2-35 T5-P19.4 Design Of An Oversize Tapered-tube Beam
Concentrator For Microwave Rocket
Masafumi Fukunari; Nat Wongsuryrat; Toshikazu Yamaguchi;
Kimiya Komurasaki; Hiroyuiki Koizumi
The University of Tokyo, Japan
P2-36 T4-P19.5 THz Components And Plasmonic Structures
Fabricated By Direct Laser Patterning Of Metals
Bogdan Voisiat; Gediminas Raciukaitis; Irmantas Kasalynas
Page | 93
IRMMW-THz 2014
P2-37 T5-P19.6 Low-cost High Fill-factor Polarizers With Low
Insertion-loss Using An Anti-reflection Coating
John Middendorf; John Cetnar; Elliott Brown
P2-38 T5-P19.7 A Design Of A Slow-group-velocity And Lowloss Bragg Waveguide In Terahertz
Tsun-Hsu Chang1; Hsin-Yu Yao1; T. H. Her2
1Nat.Tsing Hua Univ, Taiwan; 2Univ of North Carolina Charlotte, USA
P2-39 T5-P20.1 Dielectric Zoned Wedge Wide Scanned Diffractive 3D Lens Antenna-radome
Igor Minin1; Oleg Minin2
1SSGA, Russian Fed; 2Siberian State Acad of Geodesy, Russian
Federation
P2-40 T5-P20.2 6.4 mm Diameter Silicon Micromachined
Lens For THz Dielectric Antenna
Choonsup Lee1; Goutam Chattopadhyay1; Maria AlonsodelPino2; Nuria Llombart3
1NASA JPL, United States; 2Technical University of Catalonia,
Spain; 3Delft Univesity of Technology, Netherlands
P-41 T5-P20.3 Steering The Beam Directions In Terahertz
Band By Frequency Sweeping
Chao Li; Guangyou Fang
Inst of Elec, Chinese Academy of Sciences, China
P-42 T5-P20.4 Improve Open Slot Vivaldi Antenna Design For
Terahertz
Xinyu Cao1; Jinling Zhang2; Hongzhen Yang3; hourong Li2; Suhua Wen2; Guozhong Zhao4
1Beijing University of Posts and Telecommunications; 2North China
Institute of Aerospace Engineer, China; 3 North China Institute of Aerospace Engineering, China; 4Capital Normal University, China
Page | 94
IRMMW-THz 2014
P-43 T5-P20.5 Substrate Free G-Band Vivaldi Antenna Array
Design, Fabrication And Testing
Jennifer Arroyo1; Anatoliy Boryssenko1; Rob Reid1; Martin Heimbeck2
1Nuvotronics, United States; 2Army Aviation & Missile RD&E Center,
United States
P-44 T5-P21.1 Terahertz Emission And Reflection Associated
With Surface Plasmon Polaritons In N-GaN Microstructures
Grigory Melentyev1; Vadim Shalygin1; Maria Moldavskaya1; Vadim Panevin1; Leonid Vorobjev1; Vladimir Poroshin2; Henri
Nykänen3; Lauri Riuttanen3; Olli Svensk3; Sami Suihkonen3
1St. Petersburg State Polytechnical University, Russian Federation; 2Institute of Physics, National Academy of Science of Ukraine,
Ukraine; 3Aalto University, School of Electrical Engineering, Finland
P-45 T5-P21.2 Design A New Metallic Grating Applied In
Quantum Well Infrared Photo-detector
Dong Liu; Wenxin Liu; Yong Wang
Institue of Electronics, Chinese Academy of Sciences, China
P-46 T5-P21.3 Paraxial Equation For The Surface Wave On A
Conducting Cylinder
Igor Kotelnikov1; Gennady Stupakov2
1Budker Institute of Nuclear Physics SB RAS, Russian Federation; 2Stanford Linear Accelerator Center, Stanford University, United
States
P-47 T5-P22.1 Effects Of Local Oscillator Phase Noise On
Submillimeter-wave Spectrometer Performance
Erich Schlecht; Imran Mehdi
NASA Jet Propulsion Laboratory, United States
P-48 T5-P22.2 Room Temperature THz Photoluminescence
From IV-Group Semiconductors Under Interband Excitation
Alexander Andrianov; Alexey Zakharin; Alexander Bobylev; Sergei Egorov
A.F. Ioffe Physical Technical Institute of Russian Academy of Science, Russian Federation
Page | 95
IRMMW-THz 2014
P-49 T5-P23.1 Phase-locking Of A THz-QCL Using A Low
Noise HEB Mixer, And A Frequency-comb As A Reference
Yoshihisa Irimajiri; Motohiro Kumagai; Isao Morohashi; Akira
Kawakami; Shigeo Nagano; Norihiko Sekine; Satoshi Ochiai;
Shukichi Tanaka; Yuko Hanado; Iwao Hosako; Yoshinori Uzawa
NICT, Japan
P-50 T5-P23.2 A 170-280 GHz InP HEMT Low Noise Amplifier
Alexis Zamora1; Kevin Leong1; Theodore Reck2; Goutam Chattopadhyay2; William Deal1
1Northrop Grumman Corporation, United States; 2Jet Propulsion Laboratory, United States
P-51 T5-P32.1 Numerical Investigation Of Frequency-agile
Terahertz Metamaterials Which Incorporate Semiconducting
Material.
Junxiang Yu; Dehua Li; Wei Zhou; Peng Zhao; Da Chen
Shandong university of science and technology, China
Page | 96
IRMMW-THz 2014
Wednesday, September 17, 2014
Crowder Hall Auditorium –
Music School
Chairperson: Terry Parker
09:00 - 10:30
9:00 W1/P-9.1 Broadband THz Wave Science and
Technology
BUTTON PRIZE LECTURE
Xi-Cheng Zhang
Huazhong University of Science and Technology, China
9:45 W2/P-25.2 THz Gyrotrons and Their Applications
Richard Temkin
MIT, United States
W2/A - 20. Antennas and
Beam Forming Networks II
11:00 - 12:30
Chairperson: Neville Luhmann
11:00 W2/A-20.6 Dual Band Sub-mm And IR Detector
Based On Square Fresnel Zone Plate Lens
Ramon Gonzalo; Etayo David; Iñigo Ederra
Public University of Navarra, Spain
11:30 W2/A-20.7 300 GHz Microfabricated Waveguide Slotted
Arrays
Anatoliy Boryssenko; Ken Vanhille
Nuvotronics, United States
11:45 W2/A-20.8 Dual Polarized Leaky Wave Antenna Coupled KIDs For THz Space Applications
Nuria Llombart1; Juan Bueno2; Ozan Yurduseven1; Jochem
Baselmans2; Andrea Neto1
1Delft University of Technology, Netherlands; 2Netherlands Institute
for Space Research, Netherlands
Page | 97
IRMMW-THz 2014
12:00 W2/A-20.9 Terahertz Reflectarray For Bidirectional
Beam Splitting
Tiaoming Niu; Withawat Withayachumnankul; Derek Abbott;
Christophe Fumeaux
The University of Adelaide, Australia
12:15 W2/A-19.10 THz Metal Mesh Filters On Electrically
Thick Fused Silica Substrates
Stepan Lucyszyn; William Otter; Fangjing Hu; Jonathan Hazell
Imperial College London, United Kingdom
W2/B – 21. Plasmonics I
11:00 - 12:30
Catalina Room
Chairperson: Daniel
Grischkowsky
11:00 W2/B-21.1 Hybrid Metal-dielectric THz Fibers: Design And Perspectives
Maksim Skorobogatiy; Andrey Markov; Hichem Guerboukha
Ecole Polytechnique de Montréal, Canada
11:30 W2/B-21.2 Photo-generation Of Resonant Structures At
THz Frequencies
Giorgos Georgiou; Martijn Schaafsma; Hemant Tyagi; Tom
Steinbusch; Jaime Gomez-Rivas
FOM Institute AMOLF, Netherlands
11:45 W2/B-21.3 Extraordinary Transmission In A Complementary Metallic Disk And Hole Array For Terahertz Waves
Fei Fan; Sai Chen; Sheng-Jiang Chang
Institute of Modern Optics, Nankai University, China
12:00 W2/B-21.4 Broadband Characterization Of THz Frequency High Fill-Factor Substrate-Based Wire-Grid Polarizers
With High Extinction Ratios
Ryan Hendrix; John Middendorf; John Cetnar; Jason Deibel;
Elliott Brown
12:15 W2/B-21.5 New Laser Applications On The THz/FarIR
Beamline At The Australian Synchrotron
Ruth Plathe; Dominique Appadoo; Courtney Ennis
Australian Synchrotron, Australia
Page | 98
IRMMW-THz 2014
Tucson Room
W2/C - 14. Spectroscopy of
Liquids and Solids II
11:00 - 12:30
Chairperson: Gian Piero
Gallerano
11:00 W2/C-14.6 THz Spectroscopy of Superconducting
Ultrathin Films
Martin Dressel1; Uwe Pracht1; Eric Heintze1; Marc Scheffler1; Boris Gorshunov2; Daniel Sherman3; Aviad Frydman3; Konstantin
Il'in4; Dagmar Henrich4; Michael Siegel4
1Universitat Stuttgart, Germany; 2General Physics Institut, Moscow,
Russian Federation; 3Bar Ilan University, Israel; 4KIT, Germany
11:30 W2/C-14.7 Time Resolved Broadband Terahertz Relaxation Dynamics Of Electron In Water
Tianwu Wang1; Krzysztof Iwaszczuk1; David G. Cooke2; Peter
Uhd Jepsen1
1Technical University of Denmark, the department of photonics engineering, Denmark; 2Department of physics, McGill Univ., Canada
11:45 W2/C-14.8 Kinetics Of Polymorphic Transitions Of Cyclohexanol Studied By Terahertz Spectroscopy
Hal Suzuki; Hiromichi Hoshina; Chiko Otani
RIKEN, Japan
12:00 W2/C-14.9 THz ESR Study Of Perfect Kagome Lattice
Antiferromagnet Cr-Jarosite
Hitoshi Ohta; Susumu Okubo; Ryohei Nakata; Shohei Ikeda;
Naoki Takahashi; Takahiro Sakurai; Wei-min Zhang; Shigeo Hara
Kobe University, Japan
12:15 W2/C-14.10 Salt-induced Change In Lipid Hydration
Da-Hye Choi; Heyjin Son; Jin-Young Jeong; Gun-Sik Park
Seoul National University, Korea, Republic of
W2/D - 19. Optics and QuasiOptics III
11:00 - 12:30
Rincon Room
Chairperson: Andrea Neto
11:00 W2/D-19.11 Submm-wave Planar Focusing Devices
Based On Holographic Reflectarrays
Sergei Kuznetsov; Mikhail Astafev; Evgeny Lonshakov
Novosibirsk State University, Russian Federation
Page | 99
IRMMW-THz 2014
11:30 W2/D-19.12 Fourier Gratings Used As THz Multiplexers: Design, Simulation, Test
Alain Kreisler1; Vishal Jagtap1; Michel Redon2; Geoffroy
Klisnick2; Annick Dégardin2
1SUPELEC - LGEP, France; 2UPMC Sorbonne Universités, France
11:45 W2/D-19.13 Determination Of Waveguide Mode Content Using Irradiance Moments
Michael Shapiro1; Sudheer Jawla1; Richard Temkin1; Hiroshi
Idei2
1MIT, United States; 2RIAM, Japan
12:00 W2/D-19.14 Continuously Variable Substrate-based
THz Beamsplitter
John Middendorf; John Cetnar; Elliott Brown
12:15 W2/D-28.15 Spectral Response Measurements Of Ultra-sensitive TES Detectors In The 34-60 M Wavelength
Range
Gerhard de Lange; Michael Audley; Geert Keizer; Willem Jan
Vreeling
SRON Netherlands Institute for Space Research, Netherlands
W2/E - 22. Solid State Sources I
11:00 - 12:30
Santa Rita Room
Chairperson: Masanori
Hangyo
11:00 W2/E-22.1 Capability Of Broadband Solid-State
Room-Temperature Coherent Sources In The Terahertz
Range
Jose V. Siles; Choonsup Lee; Robert Lin; Erich Schlecht;
Goutam Chattopadhyay; Imran Mehdi
NASA Jet Propulsion Laboratory, United States
11:30 W2/E-22.2 245 GHz Transmitter And Receiver In SiGe
For Gas Spectroscopy
Klaus Schmalz1; Philipp Neumaier2; Johannes Borngräber1;
Wojciech Debski3; Heinz-Wilhelm Hübers2
1IHP, Germany; 2Deutsches Zentrum für Luft- und Raumfahrt (DLR),
Germany; 3Silicon Radar, Germany
Page | 100
IRMMW-THz 2014
11:45 W2/E-22.3 All-Silicon Integrated THz Harmonic Source
And Receiver Components For Future Active Imaging Modalities
Janusz Grzyb; Konstantin Statnikov; Richard Al Hadi; Ullrich
Pfeiffer
University of Wuppertal, Germany
12:00 W2/E-22.4 Broadly Tunable External Cavity Terahertz
Source From 1.2~5.9 THz
Yifan Jiang1; Karun Vijayraghavan1; Seungyong Jung1; Frederic
Demmerle2; Gerhard Boehm2; Markus Amann2; Mikhail Belkin1
The University of Texas at Austin, United States
Technische Universitat Munchen, Germany
12:15 W2/E-22.5 THz-wave Generation Based On Crystals
KTiOPO4 And KTiOAsO4
Xingyu Zhang; Weitao Wang; Zhenhua Cong; Zhaojun Liu;
Zengguang Qin; Xiaohan Chen; Qingming Lu
Shandong University, China
W3/A - 20. Antennas and
Beam Forming Networks III
14:00 - 15:30
Chairperson: Ken Wood
14:00 W3/A-20.10 Design Of High Gain THz Smooth
Walled Feed Horns for CCAT Heterodyne Camera
German Cortes-Medellin
Cornell University, United States
14:30 W3/A-20.11 Millimeter Wave Luneburg Lens Antenna
Fabricated By Polymer Jetting Rapid Prototyping
Kokou Gbele; Min Liang; Wei-Ren Ng; Michael Gehm; Hao Xin
University of Arizona, United States
14:45 W3/A-20.12 Mixer And Beamforming Advances In Millimeter-Wave Imaging
Calvin Domier; Qi Jiang; Danqing Fu; Meijiao Li; Fengqi Hu; Neville Luhmann, Jr.; Xiaoguang Liu
University of California at Davis, United States
Page | 101
IRMMW-THz 2014
15:00 W3/A-20.13 Electrically Biased W-band Phase Shifter
Based On Liquid Crystal
Matthias Jost; Christian Weickhmann; Sebastian Strunck; Alexander Gaebler; Wenjuan Hu; Tobias Franke; Ananto Eka Prasetiadi; Onur Hamza Karabey; Rolf Jakoby
Technische Universität Darmstadt, Germany
15:15 W3/A-28.5 Aluminum LEKIDs For Millimeter-Wave Radio Astronomy
Glenn Jones1; Heather McCarrick1; Daniel Flanigan1; Brad Johnson1; Amber Miller1; Peter Day2; Phil Mauskopf3; Hamdi Mani3;
George Che3; Tony Mroczkowski4; Peter Ade5; Simon Doyle5
1Columbia University, United States; 2Jet Propulsion Laboratory,
United States; 3Arizona State University, United States;4Naval Research Lab, United States; 5Cardiff University, United Kingdom
W3/B - 21. Plasmonics II
14:00 - 15:30
Catalina Room
Chairperson: Michele Ortolani
14:00 W3/B-21.6 Mid-Infrared Plasmonic Platform Based
On Heavily Doped Epitaxial Ge-on-Si: Retrieving The Optical Constants Of Thin Ge Epilayers
Leonetta Baldassarre1; Eugenio Calandrini2; Antonio Samarelli3;
Kevin Gallacher3; Douglas Paul3; Jacopo Frigerio4; Giovanni
Isella4; Emilie Sakat5; Marco Finazzi5; Paolo Biagioni5; Michele
Ortolani2
1CLNS Sapienza, Istituto Italiano di Tecnologia, Italy; 2Physics Department, Sapienza University of Rome, Italy;3School of Engineering,
University of Glasgow, United Kingdom; 4L-NESS, Politecnico di Milano, Italy; 5Physics Department, Politecnico di Milano, Italy
14:30 W3/B-21.7 Intensification Of Terahertz Electric Field In
A Semiconductor Nanodimer
Thomas Wong1; Tao Shen2; Zhijing Hu1; Xiaohuan Fu1; Yanlin Li1
1Illinois Institute of Technology, United States; 2Kunming University of
Science and Technology, China
Page | 102
IRMMW-THz 2014
14:45 W3/B-21.8 Huge Field Enhancement In Microwave
Range Achieved By /2000-width Antennas
Kwanghee Lee; Jiyeah Rhie; Young-Mi Bahk; Jeeyoon Jeong;
Dai-Sik Kim
Seoul National University, Korea, Republic of
15:00 W3/B-21.9 E-Shaped Patch Antenna Coupled Plasmonic FET For Broadband THz Detection In 130nm CMOS
Technology
Shamsun Nahar; Mona M. Hella
15:15 W3/B-21.10 Indium Antimonide (InSb) Based Planar
Terahertz Plasmonic Waveguide
Shourie Ranjana Jebamalaidass1; Piyush Bhatt2; Harshad
Surdi3; Bagvanth R. Sangala3; M.N. Satyanarayan1; G. Umesh
G1; and S.S. Prabhu3
1NITK Surathkal, India; 2IIT Bombay, India; 3TIFR - Mumbai, India
W3/C - 14. Spectroscopy
Liquids and Solids III
14:00 - 15:30
Tucson Room
Chairperson: Gian Piero
Gallerano
14:00 W3/C-14.11 Probing The Stability Of Fluorescent
Proteins By Terahertz Spectroscopy
Mengyang Xu1; Deepu George1; Ralph Jimenez2; Andrea
Markelz1
1University at Buffalo, United States; 2University of Colorado, United
States
14:30 W3/C-14.12 Identification Of Textile Fiber By IR And
Raman Spectroscopy
John Molloy1; Mira Naftaly1; Yuri Andreev2; Tatyana Izaak3;
Gregory Lansky2; Valeriy Svetlichnyi3
1National Physical Laboratory, United Kingdom; 2Institute of Monitoring of Climatic and Ecological Systems SB RAS, Russian Federation; 3Siberian Physical-Technical Institute of Tomsk State University,
Russian Federation
Page | 103
IRMMW-THz 2014
14:45 W3/C-14.13 Probing Solid-state Reaction Mechanisms
With THz-TDS
Edward Parrott1; Axel Zeitler2; Tomislav Friscic3; William Jones2;
Lynn Gladden2
1Chinese University of Hong Kong, Hong Kong; 2University of Cambridge, United Kingdom; 3McGill University, Canada
15:00 W3/C-14.14 Transmittance Modulation Of THz Pulses
Through Organic-inorganic Hybrid Structures Under Polarization And Incident Angle Dependent Optical Excitation
Chul Kang1; Hyung Keun Yoo2; Sun-Goo Lee2; Chul-Sik Kee2;
Joong Wook Lee3
1Gwangju Institute of Science and Technology, Korea, Republic
of; 2GIST, Korea, Republic of; 3Chonnam National University, Korea,
Republic of
15:15 W3/C-14.15 Origin Of Non-Drude Conductivity In The
THz Spectra Of Nanogranular Semiconductors
Filip Kadlec1; Tomáš Wagner2; Christelle Kadlec1; Miloslav
Frumar2; Koichi Shimakawa2; Safa Kasap3
1Inst. of Physics, Acad. Sci. of the Czech Rep., Czech Republic; 2Univ. of Pardubice, Czech Republic;3Univ. of Saskatchewan,
Canada
W3/D - 25. High Power Sources:
Gyrotrons I
14:00 - 15:30
Rincon Room
Chairperson: Manfred
Thumm
14:00 W3/D-25.1 Development Of Advanced Gyrotrons
John Jelonnek; Konstantinos Avramidis; Joachim Franck; Gerd
Gantenbein; Klaus Hesch; Jianbo Jin; Parth Kalaria; Ioannis Pagonakis; Tomasz Rzesnicki; Martin Schmid; Manfred Thumm;
Anton Malygin; Sebastian Ruess; Andrey Samartsev; Theo
Scherer; Dirk Strauss; Chuanren Wu; Jianghua Zhang
Karlsruhe Institute of Technology (KIT), Germany
Page | 104
IRMMW-THz 2014
14:30 W3/D-25.2 Operation And Upgrade Of The ECRH System At ASDEX Upgrade
Dietmar Wagner1; Jörg Stober2; Fritz Leuterer1; Francesco Monaco1; Stefan Müller1; Max Münich1; Chris Rapson1; Matthias
Reich1; Martin Schubert1; Harald Schütz1; Wolfgang Treutterer1;
Hartmut Zohm1; Manfred Thumm3; Theo Scherer3; Andreas
Meier3; Gerd Gantenbein3; John Jelonnek3; Walter Kasparek4;
Carsten Lechte4; Burkhard Plaum4; Alexander Litvak5; Gregory
Denisov5; Alexey Chirkov5; Leonid Popov6; Vadim Nichiporenko6; Vadim Myasnikov6; Evgeny Tai6; Elena Solyanova6;
Sergey Malygin6
1Max-Planck-Insitut fuer Plasmaphysik, Germany; 2Max-Planck-Institut fuer Plasmaphysik, Germany; 3Karlsruhe Inst. Tech., Germany; 4Institut für Grenzflächenverfahrenstechnik und Plasmatechnologie, Universität Stuttgart, Germany; 5Institute of Applied Physics,
Russian Academy of Sciences, Russian Federation; 6GYCOM Ltd.,
Russian Federation
14:45 W3/D-25.3 Progress On High Power Long Pulse Gyrotron Development In JAEA
Keishi Sakamoto; Yasuhisa Oda; Ryosuke Ikeda; Takayuki Kobayashi; Ken Kajiwara; Kazuo Hayashi; Koji Takahashi; Shinichi
Moriyama
Japan Atomic Energy Agency, Japan
15:00 W3/D-25.4 New Results And New Trends In Development Of Gyrotrons For Fusion
Gregory Denisov; Alexander Litvak; Alexey Chirkov; Andrey
Kuftin; Vladimir Zapevalov; Vladimir Malygin
Institute of Applied Physics, Russian Federation
15:15 W3/D-25.5 Stability Of Gyrotron Operation In Very HighOrder Modes
Gregory Nusinovich1; Olgierd Dumbrajs2; Thomas Antonsen1
1University of Maryland, United States; 2University of Latvia, Latvia
Page | 105
IRMMW-THz 2014
W3/E - 22. Solid State Sources II &
23. Semiconductor Osc. and Amps
& 24. Lasers Sources and QCLs I
14:00 - 15:30
Santa Rita Room
Chairperson: Jose Siles
14:00 W3/E-22.6 Terahertz Parametric Source Generating Pulse
Energy Of 6.5 J At 1.74 THz
Xingyu Zhang; Guanqi Tang; Zengguang Cong; Zengguang Qin;
Zhaojun Liu; Xiaohan Chen; Weitao Wang
Shandong University, China
14:15 W3/E-23.1 1.46 THz RTD Oscillators With Strong Back Injection From Collector
Michael Feiginov; Hidetoshi Kanaya; Safumi Suzuki; Masahiro
Asada
14:30 W3/E-23.2 Microfabricated, High Power Millimeter Wave
Amplifiers At G-band
Colin Joye1; Alan Cook1; Jeffrey Calame1; David Abe1; Khanh Nguyen2; Alexander Vlasov1; Igor Chernyavskiy1; Edward Wright2;
Dean Pershing2; Baruch Levush1
1US Naval Research Laboratory, United States; 2Beam-Wave Research, Inc., United States
14:45 W3/E-24.1 Injection Seeding Of Metal-metal Terahertz
Quantum Cascade Lasers
Feihu Wang1; Joshua Freeman1; Kenneth Maussang1; Anthony
Brewer2; Jean Maysonnave1; Souad Moumdji3; Raffaele Colombelli3; Lianhe Li4; Edmund Linfield4; Giles Davies4; Harvey
Beere2; David Ritchie2; Jérôme Tignon1; Sukhdeep Dhillon1
1Laboratoire Pierre Aigrain, Ecole Normale Supérieure,
CNRS(UMR8551), Université P. et M. Curie, Uni, France; 2Semiconductor Physics Group, University of Cambridge, United Kingdom; 3Institut
d’Electronique Fondamentale, Université Paris Sud, France; 4School of
Electronic and Electrical Engineering, University of Leeds, United Kingdom
Page | 106
IRMMW-THz 2014
15:00 W3/E-24.2 Phase Locking A 4.7 THz Quantum Cascade
Laser Using A Super-Lattice Diode As Harmonic Mixer
Andrey Khudchenko1; Darren Hayton1; Dmitry Pavelyev2; Andrey
Baryshev1; Jian-Rong Gao3; Tsung-Yu Kao4; Qing Hu4; John
Reno5; Vladimir Vaks6
1SRON The Netherlands Institute for Space Research, Netherlands; 2Radiophysics department of Nizhny Novgorod State University,
Russian Federation; 3Kavli Institute of NanoScience, Delft University of
Technology, Netherlands; 4Massachusetts Institute of Technology,
United States; 5Sandia National Laboratories, United States;6Institute
for Physics of Microstructures, Russian Federation
15:15 W3/E-24.3 4.7-THz Local Oscillator For SOFIA Based On
A Quantum-Cascade Laser
Heiko Richter1; Michael Greiner-Baer1; Kerstin Roesner1; Alexei
Semenov1; Martin Wienold2; Lutz Schrottke2; Klaus Biermann2;
Holger Grahn2; Heinz-Wilhelm Huebers1
1German Aerospace Center, Germany; 2Paul-Drude Institute, Germany
W4/A - 27. Solid State
Detectors and Mixers I
16:00 - 17:30
Chairperson: Michele Ortolani
16:00 W4/A-27.1 Tunable Antenna Coupled Intersubband
Terahertz Detector
Nutan Gautam1; Jonathan Kawamura2; Nacer Chahat2; Boris
Karasik2; Paolo Focardi2; Loren Pfeiffer3; Mark Sherwin1; Samuel
Gulkis4
1University of California Santa Barbara, United States; 2Jet Propulsion Laboratory, United States; 3Princeton University, United
States; 4Jet Propulsion Laboratory, California Institute of Technology,
United States
16:30 W4/A-27.2 Development Of THz Harmonic Mixer For
QCL Phase Locking Application
Jeffrey Hesler1; Scott Barker2; Berhanu Bulcha2
1Virginia Diodes Inc., United States; 2University Of Virginia, United
States
Page | 107
IRMMW-THz 2014
16:45 W4/A-27.3 A Compact And Reliable 200-300 GHz Receiver For The ITER ECE System
Eric Bryerton; Daniel Koller; Jeffrey Hesler; Thomas Crowe
Virginia Diodes, Inc., United States
17:00 W4/A-27.4 Cavity Modes In Hybrid Structure Of QWIP
And Plasmonic Cavity
Qian Li; ZhiFeng Li; Ning Li; XiaoShuang Chen; PingPing Chen;
XueChu Shen; Wei Lu
Shanghai Institute of Technical Physics, Chinese Academy of Sciences, China
17:15 W4/A-28.2 In Situ Spectroscopic Ellipsometry Of SIS
Barrier Formation
Michael Cyberey; Arthur Lichtenberger
University of Virginia, United States
W4/B - 21. Plasmonics III
16:00 - 17:30
Catalina Room
Chairperson: Terry Parker
16:00 W4/B-21.11 Application Of Plasma-Wave Detectors
For Ultra-Short Pulse Terahertz Radiation
Alexey Gutin1; Andrey Muraviev1; N Kamaraju2; Xiaohan Shen1;
Masashi Yamaguchi1; Wojciech Knap3; Dmitry But3; Nina Diakonova3; Michael Shur1
1Rensselaer Polytechnic Institute, United States; 2Rensselaer Polytechnic Institute, Los Alamos National Laboratory, United States; 3University of Montpellier 2, France
16:30 W4/B-21.12 Terahertz Plasmon Cavity Modes In A Heterostructure Transistor
Alessandra Di Gaspare1; Michele Ortolani2; Valeria Giliberti2;
Florestano Evangelisti3; Giorgio Biasiol4; Lucia Sorba5; Ennio
Giovine1
1CNR Institute for Photonics and Nanotechnology, Italy; 2Sapienza
University of Rome, Italy; 3Universita Roma Tre, Italy; 4CNR IOM, Italy; 5CNR NANO, Italy
Page | 108
IRMMW-THz 2014
16:45 W4/B-21.13 A Thorough Study Of Terahertz Surface
Waves Travelling Along Metal-dielectric Surfaces Of Different
Curvature And Jumping Through Air Gaps
Cherkassky Valery1; Boris Knyazev1; Vasily Gerasimov2; Valery
Cherkassky1; Gennady Kulipanov2; Igor Kotelnikov2; Alexey Nikitin3; Guerman Zhizhin3; Vasily Gerasimov2
1Novosibirsk State University, Russian Federation; 2Budker Institute of
Nuclear Physics SB RAS, Russian Federation;3Scientific and Technological Center for Unique Instrumentation RAS, Russian Federation
17:00 W4/B-21.5 An Inkjet Printing Technique To Spatially
Vary The Conductivity In Plasmonic Structures
Barun Gupta; Shashank Pandey; Ajay Nahata
University of Utah, United States
17:15 W4/B-20.1 Broadband THz Guidance In Helical Waveguides Jessienta Anthony; Dominik Vogt; Rainer Leonhardt
University of Auckland, New Zealand
W4/C - 14. Spectroscopy Liquids
and Solids IV &
15. Spectroscopy Gas Phase
16:00 - 17:30
Tucson Room
Chairperson: XueChu Shen
16:00 W4/C-14.16 Magnetic Field Induced Spin Reorientation
Transition In NdFeO3 Investigated With THz Time-Domain
Spectroscopy
Guohong Ma
Shanghai University, China
16:30 W4/C-15.1 Experimental Investigation On New Absorption
Peaks Of Water Vapor At High Temperatures Using Terahertz
Spectroscopy
Yuhui Song; Zhenyou Wang; Murray Thomson; Jamie Loh
University of Toronto, Canada
16:45 W4/C-15.2 Application Of Multivariate Analysis To GasPhase Spectroscopy At 245 GHz
Page | 109
IRMMW-THz 2014
Philipp Neumaier1; Klaus Schmalz2; Johannes Borngräber2; HeinzWilhelm Hübers1
1
German Aerospace Center (DLR), Germany; 2IHP, Germany
17:00 W4/C-15.3 Pulse Effects Of Terahertz Radiation In Molecular Gas Mediums
Vitaly Kubarev1; Evgeny Chesnokov2; Pavel Koshliakov2
1Budker Institute of Nuclear Physics, Russian Federation; 2Institute of
Chemical Kinetics and Combustion, Russian Federation
17:15 W4/C-12.6 Step-like Multi-photon Absorption In Two-dimensional Semiconductors With Rashba Spin-orbit Coupling In
Terahertz Regime
Chao Zhang; Yee Sin Ang
W4/D - 25. High Power Sources:
Gyrotrons II
16:00 - 17:30
Rincon Room
Chairperson: Rick Temkin
16:00 W4/D-25.6 Effective Cavity Length Of High-Power Gyrotrons
Manfred Thumm
Karlsruhe Institute of Technology, Germany
16:30 W4/D-25.7 Progress In The Development Of 117.5 GHz
And 170 GHz Gyrotrons
Kevin Felch; Monica Blank; Philipp Borchard; Stephen Cauffman
Communications and Power Industries, United States
16:45 W4/D-25.8 New Results Of Extra-powerful 1.5MW/170
GHz Gyrotron Development
Vadim Myasnikov1; Marina Agapova1; Andrey Kuftin2; Vladimir
Zapevalov2; Gregory Denisov2; Ludmila Belnova1; Vladimir
Malygin2; Aleksander Gnedenkov1; Aleksander Litvak2; Vladimir
Manuilov2; Vadim Nichiporenko1; Vladimir Novikov3; Leonid Popov1; Igor Roy3; Vera Rukavishnikova1; Evgeniy Sokolov1; Elena
Soluyanova1; Evgeniy Tai1; Sergey Usachev1; Aleksey Chirkov2;
Yury Yashnov1
1Inst. of Applied Physics, Nizhny Novgorod, 603950, Russia;
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2Gycom
Ltd., Nizhny Novgorod, 603155, Russia; 3Tokamak Physics Institute, Kurchatov Center, Moscow, 123182, RussiaFederation;
17:00 W4/D-25.9 Development Of A Multiple-frequency Gyrotron, Gyrotron FU CW GV
Yoshinori Tatematsu1; Yuusuke Yamaguchi2; Ryoichi Ichioka1;
Isamu Ogawa1; Toshitaka Idehara1; Teruo Saito1
1University of Fukui, Japan; 2University of Fukui, Jordan
17:15 W4/D-25.10 2 MW, 170 GHz Coaxial-Cavity Short-Pulse
Gyrotron - Single Stage Depressed Collector Operation
Tomasz Rzesnicki1; Andrey Samartsev1; Bernhard Piosczyk2; Gerd
Gantenbein2; John Jelonnek2; Jianbo Jin2; Andreas Schlaich3;
Manfred Thumm2
1Karlsruhe Institute of Technology, KIT, Germany; 2Karlsruhe Institute of
Technology / IHM, Germany; 3Karlsruhe Institute of Technology / IHE,
Germany
W4/E - 24. Lasers Sources and
QCLs II
16:00 - 17:30
Santa Rita Room
Chairperson: Philip Mauskopf
16:00 W4/E-24.4 Power Dependent Measurements Of The
Emission Bandwidth Of A Vertical-External-Cavity SurfaceEmitting Laser Driven Terahertz Source
Christoph Möller1; Matthias Wichmann1; Markus Stein1; Stephan W.
Koch1; Wolfgang Stolz2; Martin Koch1; Arash Rahimi-Iman1
1Faculty of Physics and Materials Science Center, Philipps-Universität
Marburg, Germany; 2Faculty of Physics and Materials Science Center,
Philipps-Universität Marburg and NAsP III/V, Germany
16:30 W4/E-24.5 Monolithic Tunable Terahertz Quantum Cascade Laser Source Based On Difference Frequency Generation
Seungyong Jung1; Aiting Jiang1; Yifan Jiang1; Karun Vijayraghavan1; Xiaojun Wang2; Mariano Troccoli2; Mikhail A. Belkin1
1University of Texas at Austin, United States; 2Adtech Optics, Inc.,
United States
16:45 W4/E-24.6 Narrow Bandwidth Injection Seeding Of A THz
Quantum Cascade Laser
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IRMMW-THz 2014
Hanond Nong1; Shovon Pal1; Sergej Markmann1; Negar Hekmat1; R.
A. Mohandas2; Paul Dean3; Lianhe Li2; Edmund Linfield2; Giles Davies2; Andreas Wieck1; Nathan Jukam1
1RUB, Germany; 2University of Leeds, United Kingdom; 3Universiy of
Leeds, United Kingdom
17:00 W4/E-24.7 Towards GV/m And Multiple Tesla Fields In
The THz Gap From Organic Crystals
Christoph Hauri1; Carlo Vicario2; Mostafa Shalaby2; balazs
Monoszlai2
1PSI/EPFL, Switzerland; 2PSI, Switzerland
17:15 W4/E-24.8 Vertical-External-Cavity Surface-Emitting Laser
For THz Generation
Grégoire Beaudoin1; Stéphane Blin2; Romain Paquet2; Mohamed
Sellahi2; Mikhaël Myara2; Arnaud Garnache2
1LPN, CNRS UPR 20, France; 2IES, Université Montpellier 2, France
W5 – Poster Session 3
17:30 - 19:00
Ballroom South
Chairperson: Daisy Yu
P3-1 W5-P24.1 Stabilization Of Simultaneously Oscillated 48And 57-um CH3OD Lasers For Plasma Diagnostics
Kazuya Nakayama1; Shigeki Okajima1; Tsuyoshi Akiyama2; Kenji
Tanaka2; Kazuo Kawahata2
1Chubu University, Japan; 2NIFS, Japan
P3-2 W5-P24.2 High Efficient THz Time Domain Spectroscopy
Systems Using Laser Chaos And A Metal V Grooved Waveguide
Takuya Shirao1; Masahiko Tani2; Masanori Hangyo2; Toshihiro Kishibata1; Takeshi Okuyama1; Yusuke Akamine1; Kazuyoshi Kurihara3; Fumiyoshi Kuwashima1
1Fukui Univ. of Tech., Japan; 2Institute of Laser Engineering, Osaka
University, Japan; 3Faculty of Education Faculty of Education and Regional Studies, University of Fukui, Japan
P3-3 W5-P24.3 1.03 Micron Yb-doped Mode-locked Fiber Laser
For Time-domain THz Spectroscopy
Moon Sik Kong1; Min Hee Kim1; Yong Seok Kwon1; Sang-Pil Han2;
Namje Kim2; Kyung Hyun Park2; Han-Cheol Ryu3; Min Yong Jeon1
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IRMMW-THz 2014
1Chungnam
National University, Korea, Republic of; 2ETRI, Korea, Republic of; 3Sahmyook University, Korea, Republic of
P3-4 W5-P24.4 Studies On Far-field Divergence Of Tapered
THz-QCLs
Ning Yang; Yangfang Li; Weidong Chu; Suqing Duan
Institute of Applied Physics and Computational Mathematics, China
P3-5 W5-P24.6 Terahertz Magnon-Photon Laser
Boris Tankhilevich
Magtera, Inc., United States
P3-6 W5-P25.1 Preliminary Result Of 300GHz Short Pulse High
Order Mode Gyrotron
Keishi Sakamoto1; Yasuhisa Oda1; Ryosuke Ikeda1; Tsuyoshi Kariya2; Ryutaro Minami2; Ken Kajiwara1; Koji Takahashi1; Kazuo
Hayashi1; tsuyoshi Imai2
1Japan Atomic Energy Agency, Japan; 2University of Tsukuba, Japan
P3-7 W5-P25.3 Generalized Non-reflecting Radiation Boundary
Conditions: numerical Implementation
Stefano Alberti; Stephan Brunner; Trach-Minh Tran; Falk Braunmueller; Jérémy Genoud; Jean-Philippe Hogge; Minh Quang Tran
CRPP/EPFL, Switzerland
P3-8 W5-P25.4 Gyrotron Output Power Stabilization By PID
Feedback Control Of Heater Current And Anode Voltage
Eduard Khutoryan1; Toshitaka Idehara2; Alexei Kuleshov3; Keisuke
Ueda4
1Far Infrared research Center, Fukui University, Japan; 2FIR Center,
University of Fukui, Japan; 3Institute of Radiophysics and Electronics,
National Academy of Science of Ukraine, Ukraine; 4Institute for Protein
Research, Osaka University, Japan
P3-9 W5-P25.5 Experimental Study On Terahertz Quasi-optical
Mode Convertor
Diwei Liu; Wei Wang; Qianmeng Zhuang; Yang Yan; Shenggang
Liu
P3-10 W5-P25.6 Thermal Behavior Of A Diamond Window Unit
For Fusion Applications
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IRMMW-THz 2014
Alessandro Vaccaro; Gaetano Aiello; Andreas Meier; Dirk Strauss;
Theo Scherer
Karlsruhe Institute of Technology, Germany
P3-11 W5-P25.7 Multi-tip Field Emitters For Electron Devices
Operating In Technical Vacuum
Gennadi Sominski1; Evgeny Taradaev2; Tatiana Tumareva1; Maxim
Mishin1; Alla Stepanova3
1SPbSPU, Russian Federation; 2St. Petersburg State Politechnical University, Russian Federation; 3Institute of Crystallography RAS, Russian
Federation
P3-12 W5-P25.8 Simulation Of A Diode Type Magnetron Injection Gun For A W-band CW Gyrotron
Zhi Hui Geng1; Yi Nong Su1; Pu Kun Liu2; Shi Chang Zhang1; Shou
Xi Xu1; Qian Zhong Xue1; Gao Feng Liu1; Wei Gu1; Xiao Wan Hou1
1Institute of Electronics, Chinese Academy of Sciences, China; 2Peking
University, China
P3-13 W5-P25.9 Modification Of The X-Ray Diagnostics Of Electron Energy Distributions In Gyrotrons
Oleg Louksha1; Alexander Arkhipov1; Natalya Dvoretskaya1; Gennadi Sominski1; Gerd Gantenbein2; Andrey Samartsev2
1St. Petersburg State Polytechnical University, Russian Federation; 2Karlsruhe Institute of Technology, Germany
P3-14 W5-P25.10 Comparative Study On PIC Simulations Of
The Gyrotron Cavity
Ashwini Sawant1; Eunmi Choi1; Jung Ho Kim2; Yongjun Hong3;
Joonho So3
1Ulsan National Institute of Science and Technology, Korea, Republic
of; 2LIG Nex1, Korea, Republic of; 3Agency of Defense Development
(ADD), Korea, Republic of
P3-15 W5-P25.11 A W-band Gyrotron Traveling Wave Amplifier
Experiment
Craig Donaldson1; Wenlong He2; Liang Zhang1; Paul McElhinney1; Alan Phelps1; Kevin Ronald3; Adrian Cross1
1University of Strathclyde, United Kingdom; 2university of strathclyde,
United Kingdom; [email protected], United Kingdom
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IRMMW-THz 2014
P3-16 W5-P25.12 Suppression Of Emission Nonuniformity Effect
In Gyrotrons
Oleg Louksha; Dmitriy Samsonov; Gennadi Sominski; Sergey
Syomin
St. Petersburg State Polytechnical University, Russian Federation
P3-17 W5-P25.13 Development Of A Wide-Band Window In
HE1,1 Guide For Gyrotrons
Michael Read1; Thuc Bui1; David Marsden1; George Collins1; R.
Lawrence Ives1; David Tax2; Sudheer Jawla2; William Guss2;
Samuel Schaub2; Richard Temkin2; Jeff Neilson1
1Calabazas Creek Research Inc., United States; 2Plasma Science and
Fusion Center, Massachusetts Institute of Technology, United States
P3-18 W5-P25.14 Design Of A W-Band Four-Cavity Gyroklystron Amplifier
Qianzhong Xue1; Yao Bao2; Feng Jin3
1Institute of Electronics, Chinese Acad. of Science, China; 2University
of Chinese Academy of Sciences, China;3Institute of Electronics, China
P3-19 W5-P25.15 Study Of A 0.42 THz Fourth-Harmonic Large
Orbit Gyrotron
Xiang Li; Jiandong Lang; Yasir Alfadhl; Xiaodong Chen
Queen Mary University of London, United Kingdom
P3-20 W5-P25.16 Effects Of Electrons Misalign On The Output
Power Of Backward Wave Oscillation Modes In Gyro-TWT
Shuyuan Peng; Qiushi Wang; Zhaochuan Zhang; Jirun Luo
Institute of Electrons Chinese Academy of Sciences, China
P3-21 W5-P25.17 The ENEA CARM Source For Nuclear Fusion:
Project Status And Perspectives
Andrea Doria1; Alessandro Bruschi2; Luca Amicucci1; Federica
Causa1; Silvio Ceccuzzi1; Franco Ciocci1; Giuseppe Dattoli1; Emanuele Di Palma1; Gian Piero Gallerano1; Saul Garavaglia2; Emilio
Giovenale1; Alessandro Lampasi1; Luca Mezi1; Francesco Mirizzi1;
Alberto Petralia1; Gian Luca Ravera1; Elio Sabia1; Ivan Spassovsky1; Angelo Tuccillo1; Pietro Zito1; Paolo Buratti1; Mariano Carpanese1; Domenico De Meis1; Giuseppe Maffia1
1ENEA, Italy; 2CNR, Italy
P3-22 W5-P25.18 Millimeter-wave Components For A Helical
Waveguide Gyro-TWA
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IRMMW-THz 2014
Craig Robertson; Alan Young; Kevin Ronald; Adrian Cross; Colin
Whyte
The University of Strathclyde, United Kingdom
P3-23 W5-P25.19 Experimental Study Of A 95GHz Quasi-optical
Gyrotron
Guowu Ma1; Wenqiang Lei2; Yinhu Huang1; Diming Sun1; Hongbin
Chen1
1Institute of Applied Electronics, CAEP, China; 2Institute of Applied Electronics,CAEP, China
P3-24 W5-P26.1 Cold Test Of A G-band Sheet Beam Backward
Wave Oscillator
Guo Liu; Wenlong He; Adrian Cross; Liang Zhang; Huabi Yin; Alan
Phelps
University of Strathclyde, United Kingdom
P3-25 W5-P26.2 Gaussian-Profile Equilibrium Electron Beam In
FEL
Shi-Chang Zhang
Southwest Jiaotong University, China
P3-26 W5-P26.3 Comparison Of Ion-Channel Guide And Magnetic Field Focusing In A FEL
Shi-Chang Zhang
Southwest Jiaotong University, China
P3-27 W5-P26.4 Spectral Dynamics Of Mm-Radiation From
Two-Channel Planar Fem With Two Dimensional Distributed
Feedback
Vladislav Zaslavsky1; Peter Kalinin2; Andrey Arzhannikov3; Nikolai
Peskov1; Alexander Sergeev1; Stanislav Sinitsky2; Vasily Stepanov2; Manfred Thumm4
1Institute of Applied Physics, Russian Federation; 2Budker Institute of
Nuclear Physics, Russian Federation;3Novosibirsk State University,
Russian Federation; 4Karlsruhe Institute of Technology, Germany
P3-28 W5-P26.5 Parameter Optimum Of Saturation Power In A
FEL
Shi-Chang Zhang1; Y Ji2; X Liu2; J Xu2; S Wang2; Y-G Xu2
1Southwest Jiaotong University, China; 2Xihua University, China
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IRMMW-THz 2014
P3-29 W5-P26.6 Simulation Of Smith-Purcell Terahertz Radiation From A Dielectric Loaded Grating
Miaomiao Cao; Wenxin Liu; Yong Wang; Ke Li
P3-30 W5-P27.1 AlGaN/GaN HEMT's Photoresponse To High
Intensity THz Radiation
Dmitro But1; Nina Dyakonova1; Dominique Coquillat1; Wojciech
Knap1; Christoph Drexler2; Peter Olbrich2; Johannes Karch3; Michael Schafberger3; Sergey Ganichev3; Guillaume Ducournau4;
Christophe Gaquiere5; M.-A. Poisson6; S. Delage6; G. Cywinski7; P.
Prystawko7; C. Skierbiszewski7
1University Montpellier 2, France; 2University of Regensburg, Germany; 3University of Regensburg, Regensburg, Germany; 4Institut
d’Electronique et de Microélectronique du Nord, France; 5IEMN,
France; 6Thalès, Thales Research and Technology, Orsay, France; 7Institute of High Pressure Physics, Poland
P3-31 W5-P27.2 A Stitched 24×24 Field-effect Transistor Detector Array And Low-noise Readout Electronics For Real-time Imaging At 590 GHz
Justinas Zdanevičius1; Sebastian Boppel2; Maris Bauer2; Alvydas
Lisauskas2; Vilius Palenskis1; Viktor Krozer2; Hartmut Roskos2
1Vilnius University, Lithuania; 2Johann Wolfgang Goethe-Universität
Frankfurt, Germany
P3-32 W5-P27.3 Terahertz Detector Using 70-nm T-Gate
InAlAs/InGaAs HEMT Integrated With Bow-tie Antenna
Safumi Suzuki; Yu Miyajima; Takuro Nukariya
P3-33 W5-P27.4 Effect Of Buffer Quality On The Performance
Of InAs/AlSb Heterostructure Backward Tunneling Diode
Huan Zhao; Parisa Yadranjee Aghdam; Zonghe Lai
P3-34 W5-P27.6 Detection Of Terahertz And Mid-Infrared Radiations By InP-Based Asymmetric Dual-Grating-Gate HEMTs
Dominique Coquillat1; Przemysław Zagrajek2; Nina Dyakonova1;
Krzysztof Chrzanowski3; Jacek Marczewski4; Yuki Kurita5; Akira
Satou5; Kengo Kobayashi5; Stephane Boubanga Tombet5;
Vyacheslav Popov6; Tetsuya Suemitsu5; Taiichi Otsuji5; Wojciech
Knap1
1Laboratoire Charles Coulomb, CNRS-Université Montpellier 2,
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IRMMW-THz 2014
France; 2Military University of Technology, Institute of Optoelectronics,
Warsaw, Poland; 3Military University of Technology, Institute of Optoelectronics, Poland; 4Institute of Electron Technology, Warsaw, Poland; 5Research Institute of Electrical Communication, Tohoku University, Sendai, Japan; 6Kotelnikov Institute of Radio Engineering and Electronics, Saratov, Russian Federation
P3-35 W5-P27.7 Imaging Of A THz Beam With Si-MOSFET Detectors
Jerzy Lusakowski1; Dmitriy Yavorskiy1; Pawel Kopyt2; Jacek Marczewski3
1University of Warsaw, Poland; 2Warsaw University of Technology, Poland; 3Institute of Electron Technology, Poland
P3-36 W5-P27.8 Terahertz Detectors Based On A Gated Twodimensional Electron plasma In CdMnTe/CdMgTe Quantum
Wells
Jerzy Lusakowski1; Ignas Grigelionis1; Zbigniew Adamus2; Grzegorz Karczewski2; Tomasz Wojtowicz2; Marian Grynberg1
1University of Warsaw, Poland; 2Institute of Physics, PAS, Poland
P3-37 W5-P27.9 Increasing Sensitivity Of THz Radiation Detector Based On MOSFETs
Pawel Kopyt1; Przemyslaw Zagrajek2; Krzysztof Kucharski3; Jerzy
Lusakowski4; Jaroslaw Suszek1; Maciej Sypek1; Jacek Marczewski3
1Warsaw University of Technology, Poland; 2Military University of Warsaw, Poland; 3Institute of Electron Technology, Poland; 4University of
Warsaw, Poland
P3-38 W5-P27.10 Measurements Of A MOSFET Sub-THz Detector Integrated With Rectangular Patch Antenna
Pawel Kopyt1; Przemyslaw Zagrajek2; Dariusz Obrebski3; Matthew
Bauwens4; Scott Barker5; Jacek Marczewski3
1Warsaw University of Technology, Poland; 2Military Institute of Technology, Poland; 3Institute of Electron Technology, Poland; 4Dominion
MicroProbes, Inc., United States; 5University of Virginia, United States
P3-39 W5-P27.11 InP Double Heterojunction Bipolar Transistor
As Sub-Terahertz Detector
Dominique Coquillat1; Virginie Nodjiadjim2; Agnieszka Konczykowska2; Muriel Riet2; Nina Dyakonova1; Christophe Consejo1; Frédéric
Teppe3; Jean Godin3; Wojciech Knap1
1Laboratoire Charles Coulomb, CNRS - Université Montpellier 2,
France; 2III-V Lab (Bell Labs, TRT and CEA/LETI joint Lab). France,
France; 3Laboratoire Charles Coulomb, CNRS - Université Mo, France
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IRMMW-THz 2014
P3-40 W5-P27.12 Comparison Of A Sub-Harmonic And A
Fourth-Harmonic Mixer Working At 440 GHz
Itziar Maestrojuan; Iñigo Ederra; Ramon Gonzalo
Public University of Navarra, Spain
P3-41 W5-P27.13 Improved IF Gain Bandwidth For Terahertz
Mixers Based On Superconducting Hot Electron Bolometers
Jian Chen
Nanjing University, China
P3-42 W5-P27.14 A 340GHz Sub-Harmonic Mixer Based On
Planar Schottky Diodes
Li Miao; Jun Jiang; Cheng Wang; Xian-jin Deng; Bin Lu
Institute of Electronic Engineering,China Academy of Engineering Physics, China
P3-43 W5-P28.1 Towards Quantum Limited Frequency Multiplication
Hawal Rashid; Vincent Desmaris; Alexey Pavolotsky; Victor Belitsky
Group for advanced receiver development, Sweden
P3-44 W5-P28.3 THz Phonon Spectroscopy Of Doped Bismuth
Cuprates
Yaroslav Ponomarev1; Dmitrii Khokhlov1; Vladimir Pudalov2; Mikhail Mikheev1; Marina Sudakova1; Sergeii Tchesnokov1
1Moscow State University, Russian Federation; 2Lebedev Physical Institute RAS, Russian Federation
P3-45 W5-P28.5 Simulation Of Superconducting Nanowire Single Photon Detector With Phase Grating Structure
Min Gu; Labao Zhang; Lin Kang; Xuecou Tu; Qingyuan Zhao; Tao
Jia; Ruiying Xu; Peiheng Wu
Research Institute of Superconductor Electronics, China
P3-46 W5-P28.6 A Grain Boundary Josephson Junction As A
Mixer To Evaluate Terahertz Emission From Intrinsic Josephson
Junctions
Deyue An1; Min JI1; Xianjing Zhou1; Ya Huang1; Mei Yu1; MingYi
Zhang1; Takeshi Hatoano2; Nickolay Kinev3; Valery P. Koshelets3;
Dieter Kölle4; Reinhold Kleiner4; Jian Chen1; Weiwei Xu1; Huabing
Wang1; Peiheng Wu1
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IRMMW-THz 2014
1Nanjing
University, China; 2National Institute for Materials Science, Japan; 3Kotel'nikov Institute of Radio Engineering and Electronics, Russian Federation; 4University Tubingen, Germany
P3-47 W5-P30.1 Design And Characterization Of EvanescentlyCoupled Photodiodes With A 1.3 M Wavelength
Eui Su Lee; Il-Min Lee; Namje Kim; Jeong-Woo Park; Sang-Pil Han;
Kyung Hyun Park
ETRI, Korea, Republic of
P3-48 W5-P30.2 Performance Metrics Of An Electronically-Tunable IR Laser As A Source For Continuous-Wave 1550 Nm Photomixers
Don Burdette1; Jeremy Law1; John Middendorf2; Howard
Mosbacker1; Christoph Roedig1; Weidong Zhang2; Elliot Brown2
1Traycer Systems, United States; 2Wright State Univ., United States
P3-49 W5-P14.11 Terahertz Emission From InGaN/GaN Multiple
Quantum Well Light-Emitting Diode Heterostructures Under TwoPhoton Excitation
Grigory Dunaevsky1; Ilya Prudaev1; Oleg Tolbanov1; Alexey Kosobutsky2; Sergey Sarkisov1
1National Research Tomsk State University, Russian Federation; 2Kemerovo State University, Russian Federation
P3-50 W5-P21.1 Spoof Surface Plasmonic Devices And Circuits
In THz Frequency
Xiapeng Shen1; Tie Jun Cui1; Gabriel Moreno2; Abdallah Chahadih2; Tahsin Akalin2
1State Key Laboratory of Millimeter Waves, Southeast University, Nanjing, China; 2IEMN, Lille 1 University, France
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IRMMW-THz 2014
Thursday, September 18, 2014
09:00 - 10:30
Music School
Chairperson: Imran Mehdi
9:00 R1/P-15.1 Terahertz Spectroscopy of Water Clusters
Richard Saykally
UC Berkeley, College of Chemistry, United States
9:45 R1/P-3.1 Bridging the Terahertz Gap: Progress and
Challenges
Tom Lee
Stanford University, United States
R2/A - 28. Superconducting
Devices & 29. Low Noise
Receivers and Amplifiers
11:00 - 12:30
Chairperson: Peiheng Wu
11:00 R2/A-28.1 Waveguide Hot Electron Bolometer Mixer
Development For UpGREAT
Patrick Pütz; Denis Büchel; Karl Jacobs; Michael Schultz; Cornelia Honingh; Jürgen Stutzki
KOSMA, Universität zu Köln, Germany
11:30 R2/A-28.2 Continuous Wave Coherent Terahertz Radiation Above 1 THz From Josephson Junction Arrays
M Ji1; Y Huang1; X.J. Zhou2; D. Y. An1; N. Kinev3; A. Sobolev3; B.
Gross4; T. Hatano2; V. P. Koshelets3; R. Kleiner4; W. W. Xu1; H.
B. Wang2; P. H. Wu1
1Research Institute of Superconductor Electronics, Nanjing University, China; 2National Institute for Materials Science, Japan; 3Kotel'nikov Institute of Radio Engineering and Electronics, Russian Federation; 4Physikalisches Institut and Center for Collective Quantum Phenomena in LISA+, Universitaet Tuebingen, Germany
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IRMMW-THz 2014
11:45 R2/A-28.3 Large Format Antenna Coupled Microwave
Kinetic Inductance Detector Arrays For Radioastronomy
Andrey Baryshev1; Jochem Baselmans1; Stephen Yates2; Lorenza Ferrari2; Laura Bisigello1; Reinier Janssen3; Akira Endo3;
Teun Klapwij3; Bernd Klein4; Stefan Heyminck4; Rolf Güsten4
1SRON/Kapteyn Astronomical Institute, Netherlands; 2SRON, Netherlands; 3TUDelft, Netherlands; 4MPI-fR Bonn, Germany
12:00 R2/A-28.4 Demonstration Of An NEP Of 3.8x10-19
W/Hz1/2 At 1.54 THz In multiplexible Superconducting Microresonator Detectors
Pieter de Visser1; Jochem Baselmans2; Juan Bueno2; Teun Klapwijk1
1Delft University of Technology, Netherlands; 2SRON, Netherlands
Institute for Space Research, Netherlands
12:15 R2/A-29.5 The UpGREAT Heterodyne Array Receivers
For Far Infrared Astronomy
Patrick Pütz1; Christophe Risacher2
1Kosma, Germany; 2Max Planck institut für Radioastronomie, Germany
R2/B – 30. Photomixers and
Photodetectors
11:00 - 12:30
Catalina Room
Chairperson: Tahsin Akalin
11:00 R2/B-30.1 Narrow Linewidth Generation At 1 THz
Using Cascaded Brillouin Fiber Lasers And Quasi-optic
UTC-PD
Guillaume Ducournau; Denis Bacquet; Pascal Szriftgiser; Fabio
Pavanello; Emilien Peytavit; Mohammed Zaknoune; Alexandre
Beck; Jean-Francois Lampin
IEMN - Université Lille 1, France
11:30 R2/B-30.2 Highly Efficient Terahertz Detection By Optical Mixing In A Fabry-Perot Cavity LT-GaAs Photoconductor
Emilien PEYTAVIT1; Fabio Pavanello1; Guillaume Ducournau2;
Jean-François Lampin1
1IEMN / CNRS, France; 2IEMN / Université de Lille 1, France
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11:45 R2/B-30.3 High Power Terahertz Generation From
ErAs:InGaAs Plasmonic Photomixers
Mona Jarrahi1; Christopher W. Berry2; Mohammad R. Hashemi2;
Sascha Preu3; Hong Lu4; Arthur A. C. Gossard4
1University of California Los Angeles, United States; 2University of
Michigan Ann Arbor, United States; 3Technical University Darmstadt,
Germany; 4University of California Santa Barbara, United States
12:00 R2/B-30.4 First Demonstration Of Photomixing At 1550
Nm In ErAs:GaAs
John Middendorf; Weidong Zhang; Matthieu Martin; Elliott
Brown
12:15 R2/B-30.5 Precise THz Power Measurements With
Novel Detectors
Karsten Lange1; Ralf Müller2; Andreas Steiger2; Werner
Bohmeyer1
1Sensor und Lasertechnik, Germany; 2Physikalisch-Technische
Bunesanstalt, Germany
R2/C - 32. Metamaterials and
Metadevices I
11:00 - 12:30
Tucson Room
11:00 R2/C-32.1 Ultra-Broadband Terahertz Modulation By
Active Hybrid Metamaterials
Hou-Tong Chen1; Jane Heyes1; Abul Azad1; Nathaniel Grady1;
Withawat Withayachumnankul2; Dibakar Roy Chowdhury1
1Los Alamos National Laboratory, United States; 2The University of
Adelaide, Australia
11:30 R2/C-32.2 A Plasmonic Metasurface For Light Bending
Jierong Cheng; Hossein Mosallaei
Northeastern University, United States
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11:45 R2/C-32.3 Observation Of Electromagnetically Induced
Absorption In A Three-Resonator System
Ningning Xu1; Xueqian Zhang2; Kenan Qu3; Zhen Tian2; Ranjan
Singh4; Jiaguang Han2; Girish Agarwal3; Weili Zhang1
1School
of Electrical and Computer Engineering, Oklahoma State
University, United States; 2Center for Terahertz Waves and College
of Precision Instrument and Optoelectronic Engineering, Tianj,
China; 3Department of Physics, Oklahoma State University, Stillwater, Oklahoma, United States; 4School of Physical and Mathematical
Sciences, Nanyang Technological University, Singapore
12:00 R2/C-32.4 Silicon-based, Ultra-Thin, Flexible Optically
Tunable Metamaterial-Bandpass Filter In The THz-Regime
Jens Neu; Michael A. Hoeh; Klemens M. Schmitt; Marco Rahm
University of Kaiserslautern, Germany
12:15 R2/C-32.5 Broadband Plasmonic Terahertz Absorber
Based On Silicon Cross Structures
Withawat Withayachumnankul; Yongzhi Cheng
R2/D - 25. High Power
Sources: Gyrotrons III
11:00 - 12:30
Rincon Room
Chairperson: Manfred
Thumm
11:00 R2/D-25.11 Multi-kWatt Ka-band Amplifiers Driven
By Low Voltage Electron Beams
Baruch Levush1; John Pasour1; David Abe1; Alexander Vlasov1;
Igor Chernyavskiy1; Simon Cooke1; Khanh Nguyen2; Edward
Wright2; Jim Legarra2; Adam Balkcum3; Alejandro Garcia3; Chris
Meyer3; Takuji Kimura3; Pam Lugos3; Jose Ramirez-aldana3; Rashida Begum3; Robert Stockwell3; David Chernin4; Jeremy
Hanna2
1Naval Research Laboratory, United States; 2beam wave research
inc., United States; 3Communications and Power Industries, United
States; 4Leidos, United States
Page | 124
IRMMW-THz 2014
11:30 R2/D-25.12 Design And Experimental Results From A
527 GHz Gyrotron for DNP-NMR Spectroscopy
Sudheer Jawla; William Guss; Michael Shapiro; Richard Temkin
Massachusetts Institute of Technology, United States
11:45 R2/D-25.13 Electron Cyclotron Heating And High Power
Millimeter Wave Transmission System Status And Upgrades
On DIII-D
Mirela Cengher; John Lohr; Yuri Gorelov; Charles Moeller; Dan
Ponce; Ron Prater
General Atomics, United States
12:00 R2/D-25.14 A Compact Normal Magnet For High Power
Millimeter-Wave Gyrotrons: The Electropermagnet
Larry Barnett
Mountain Technology, United States
12:15 R2/D-25.15 Sub-THz Gyrotrons With Special Functions
Of Frequency Control for Applications To DNP-NMR Spectroscopy
Toshitaka Idehara
University of Fukui, FIR Center, Japan
R2/E - 33. Graphene and New
Materials I
11:00 - 12:30
Santa Rita Room
Chairperson: Peter Uhd
Jepsen
11:00 R2/E-33.1 Graphene In Millimeter Wave Devices
Jan Stake; Michael Andersson; Audrey Zak; Josip Vukusic; Andrei Vorobiev
11:30 R2/E-33.2 Active Graphene-Silicon Hybrid Metamaterial
Devices
Quan Li1; Zhen Tian2; Xueqian Zhang2; Ningning Xu1; Ranjan
Singh3; Jianqiang Gu2; Jiaguang Han2; Shuang Zhang4; Weili
Zhang1
1Oklahoma State University, United States; 2Tianjin University,
China; 3Nanyang Technological University, Singapore;4University of
Birmingham, United Kingdom
Page | 125
IRMMW-THz 2014
11:45 R2/E-33.3 Nonlinear Terahertz-Field-induced Carrier
Dynamics In Photoexcited Graphene
Hassan Hafez1; Ibraheem Al-Naib2; Marc M. Dignam2; Yoshiaki
Sekine3; Katsuya Oguri3; Akram Ibrahim1; Satoru Tanaka4;
Fumio Komori5; Hiroki Hibino3; Tsuneyuki Ozaki1
1INRS-EMT, Canada; 2Queen’s University, Canada; 3NTT Basic Research Laboratories, Japan; 4Kyushu University, Japan; 5University of
Tokyo, Japan
12:00 R2/E-33.4 A Deep-subwavelength Metamaterial Terahertz Phase Modulator
Sara Arezoomandan1; Berardi Sensale Rodriguez2
1University of Utah, United States; 2The University of Utah, United
States
12:15 R2/E-33.5 Terahertz Magnonics Using Ultrathin Films
Of Samarium Ferrite Garnet
Masaki Adachi; Hiroyasu Yamahara; Munetoshi Seki; Hiroaki
Matsui; Hitoshi Tabata
University of Tokyo, Japan
R3/A - 27. Solid State Receivers and
Mixers II & 29. Low Noise Receivers
and Amplifiers
14:00 - 15:30
Union Kiva Room
(2nd floor)
Chairperson: Imran Mehdi
14:00 R3/A-29.1 THz Hot-Electron Bolometer Mixers
Sergey Cherednichenko; Stella Bevilacqua; Evgenii Novoselov
14:30 R3/A-29.2 Cryogenic Low Noise Amplifier Development
For 67-116 GHz
Mikko Kotiranta1; Daniel Bruch1; Arnulf Leuther1; Hermann
Massler1; Matthias Seelmann-Eggebert1; Michael Schlechtweg1;
Oliver Ambacher1; Sener Türk2; Jens Goliasch2; Frank Schäfer2
1Fraunhofer IAF, Germany; 2Max Planck Institute for Radio Astronomy, Germany
Page | 126
IRMMW-THz 2014
14:45 R3/A-29.3 A 1.46 THz Schottky Receiver At Cryogenic
Temperatures
Jeffrey Hesler1; Abram Young2; Steven Retzloff1
1Virginia Diodes Inc, United States; 2Univ. of Arizona, United States
15:00 R3/A-29.4 The Kilopixel Array Pathfinder Project
(KAPPa), A 16-pixel Integrated Heterodyne Focal Plane Array
-- Characterization Of The Single Pixel Prototype
Caleb Wheeler1; Christopher Groppi2; Hamdi Mani2; Linda
Kuenzi2; Patrick McGarey3; Sander Weinreb4; Damon Russell5;
Jacob Kooi4; Arthur Lichtenberger6; Christopher Walker7; Craig
Kulesa7
1Arizona State University, United States; 2Arizona State Univ., United
States; 3Univ. of Toronto, Canada; 4California Institute of Technology,
United States; 5NASA - Jet Propulsion Lab., United States; 6Univ. of
Virginia, United States;7The Univ. of Arizona, United States
15:15 R3/A-27.6 Room-Temperature THz Antenna-Coupled
Microbolometer With A Joule-Heating Resistor At The Center
Of A Half-Wave Antenna
Norihisa Hiromoto; Ajay Tiwari; Makoto Aoki; Hiroaki Satoh;
Masanori Takeda; Hiroshi Inokawa
Shizuoka University, Japan
R3/B - 31. Photoconductive
Antennas
14:00 - 15:30
Catalina Room
Chairperson: Nuria Llombart-Juan
14:00 R3/B-31.1 A Time-Domain Terahertz Spectrometer
With 90 DB Dynamic Range
Anselm Deninger1; Florian Rettich1; Nico Vieweg1; Helmut
Roehle2; Roman Dietz2; Thorsten Göbel2
1TOPTICA Photonics, Germany; 2Fraunhofer Heinrich Hertz Institute,
Germany
14:30 R3/B-31.2 A Novel Photoconductive Antenna With A
Band Gap Structure For Terahertz Applications
Alireza Zandieh1; Daniel Hailu2; Ehsan Fathi1; Yuekun Wang3; Ioannis Kostakis3; Mohamed Missous3; Safieddin SafaviNaeini4; Daryoosh Saeedkia1
Page | 127
IRMMW-THz 2014
1TeTechS
Inc, Canada; 2TeTechS Inc., Canada; 3University of Manchester, United Kingdom; 4University of Waterloo, Canada
14:45 R3/B-31.3 Multiphysics Modeling Of THz Photoconductive Antennas
Nathan Burford; Magda El-Shenawee
University of Arkansas, United States
15:00 R3/B-31.4 1550-nm Time-Domain Study Of ErAs:GaAs
Photoconductive Switches Function Of The Erbium Concentration
Matthieu Martin; John R. Middendorf; Elliott R. Brown
15:15 R3/B-31.5 Nano-gap Electrode Large Area THz Emitter
For The Enhanced Emission Efficiency And Heat Dissipation
Kiwon Moon; Il-Min Lee; Namje Kim; Hyunsung Ko; Sang-Pil
Han; Kyung Hyun Park
R3/C - 32. Metamaterials
and Metadevices II
14:00 - 15:30
Tucson Room
Chairperson: Rick Ziolkowski
14:00 R3/C-32.6 Enhancement Of Front To Back Ratio Of On
Chip Antenna By Artificial Dielectrics At 300 GHz
Waqas H. Syed; Giuseppe Fiorentino; Daniele Cavallo; Marco
Spirito; Andrea Neto; Pasqualina M. Sarro
TU Delft, Netherlands
14:15 R3/C-32.7 Interactive Magnetic Coupling Between Spin
Precession And Split-ring Resonator In The Terahertz Frequency
Takayuki Kurihara1; Keita Yamaguchi1; Keita Nakamura1; Yudai
Sekine2; Ken-ichi Oto2; Yuumi Saito2; Makoto Nakajima2; Hiroshi
Watanabe1; Tohru Suemoto1
1The University of Tokyo, Japan; 2Chiba University, Japan
Page | 128
IRMMW-THz 2014
14:30 R3/C-32.8 Trapped Eigenmodes In Terahertz Asymmetric Metamolecule
Norman Born1; Ibraheem Al-Naib2; Christian Jansen1; Maik
Scheller3; Jerome Moloney4; Martin Koch1
1Philipps-Universität Marburg, Germany; 2Queen’s University, Kingston, Canada; 3University of Arizona, United States;[email protected], United States
14:45 R3/C-32.9 Broadband Terahertz Reflective Linear
Polarization Convertor
Withawat Withayachumnankul; Yongzhi Cheng
15:00 R3/C-32.10 Bending Induced Tuning Of The Resonant
Response Of A Flexible THz Metamaterial Device
Brandon Shockey1; Jason Deibel1; Ryan Hendrix1; Hannah
Jones1; Alyssa Fosnight1; Ryan Shaver1; Erin Best1; Ronald
Coutu2; Derrick Langley2
1Wright State University, United States; 2Air Force Institute of Technology, United States
15:15 R3/C-32.11 Polarization Controllable THz
Stereometamaterial Absorber
Mohammad Parvinnezhad Hokmabadi1; Martin Heimbeck2; David
Wilbert1; Patrick Kung1; Henry Everitt2; Seongsin Margaret Kim1
1University of Alabama, Electrical and Computer Engineering, United
States; 2Charles M. Bowden Laboratory, Army Aviation & Missile
RD&E Center, United States
R3/D - 25. High Power Sources:
Gyrotrons IV & 26. Free Electron
Lasers
14:00 - 15:30
Rincon Room
Chairperson: George Neil
14:00 R3/D-34.11 346 GHz BWO For Fusion Plasma
Diagnostics
Calvin Domier1; Branko Popovic1; Robert Barchfeld1; Xiaopin
Tang2; Fuzhi Zhang3; Lingna Yue2; Mauro Mineo4; Rosa Letizia4;
Claudio Paoloni4; Diana Gamzina1; Logan Himes1; Neville Luhmann, Jr.1
1Univ. of California at Davis, United States; 2Univ. of Electronic Science and Tech. of China, China;3Beijing Vacuum Electronics Research Institute, China; 4Lancaster University, United Kingdom
Page | 129
IRMMW-THz 2014
14:15 R3/D-25.16 TWANG-PIC, A Monomode Gyro-averaged
PIC Code For Gyrotron Simulations
Falk Braunmueller; Trach-Minh Tran; Quentin Vuillemin; Stefano
Alberti; Jérémy Genoud; Jean-Philippe Hogge; Minh Quang Tran
Centre de Recherches en Physique des Plasmas (CRPP), EPFL,
Switzerland
14:30 R3/D-25.17 High Power Oscillation Experiment Of A
Prototype Gyrotron For 300 GHz Band Collective Thomson
Scattering Diagnostics In LHD
Teruo Saito1; Yuusuke Yamaguchi1; Yoshinori Tatematsu1; Jun
Kasa1; Masaki Kotera1; Shinji Ikeuchi1; Toshitaka Idehara1; Shin
Kubo2; Takashi Shimozuma2; Kenji Tanaka2; Masaki Nishiura3
1University of Fukui, Japan; 2National Institute for Fusion Science, Japan; 3The University of Tokyo, Japan
14:45 R3/D-26.1 High Power Terahertz Radiation Source
Based On Electron Beam Wakefields
Sergey Antipov1; Chunguang Jing1; Alexei Kanareykin1; Mikhail
Fedurin2; Vitaly Yakimenko3; Wei Gai4; Alexander Zholents4
1Euclid Techlabs LLC, United States; 2Brookhaven National Laboratory, United States; 3SLAC national accelerator laboratory, United
States; 4Argonne National Laboratory, United States
15:00 R3/D-25.18 Loss Tangent Measurement On Synthetic
Single Crystalline Diamond (SCD) Samples
Francesco Mazzocchi1; Theo Andreas Scherer2; Andreas Meier1;
Maika Torge1; Hideaki Yamada3
1Karlsruhe Institute of Technology (KIT), Germany; 2KIT IAM-AWP,
Germany; 3AIST Osaka, Japan
15:15 R3/D-25.19 Design, Fabrication And Experiment Of A
Two-Section Folded Waveguide For G-band Extended Interaction Oscillator
Wenxin Liu
IECAS, China
Page | 130
IRMMW-THz 2014
Santa Rita Room
R3/E - 33. Graphene and New
Materials II & 34. New Devices
14:00 - 15:30
Chairperson: Peter Uhd Jepsen
14:00 R3/E-33.5 Ultrafast Carrier Dynamics in Graphene and
Graphene Nanostructures
Mischa Bonn; Dmitry Turchinovich
Max Planck Institute for Polymer Research, Germany
14:30 R3/E-34.1 Design Of A Volume Mode W-Band TWT
Amplifier
Jason Hummelt; Samantha Lewis; Michael Shapiro; Richard
Temkin
14:45 R3/E-34.2 High Sensitive Terahertz Bolometers As Room
Temperature Detectors
Stella Bevilacqua; Sergey Cherednichenko
15:00 R3/E-34.3 Rectennas For Thermal-Energy Conversion
Claudio Balocco; Yi Pan; Catrin Powell
Durham University, UK, United Kingdom
15:15 R3/E-34.4 THz Radiation From SWCNTs, Graphene And
Metallic Thin Films: A Comparative Study
Martin Muthee1; Sigfrid Yngvesson2; Jiayue Tong3; Jun Yan3
1UMass Amherst ECE Dept., United States; 2UMass Amherst ECE
Dept., United States; 3UMass Amherst Physics Dept., United States
R4/A - 38. Special Session on
THz Communications (Invited)
16:00 - 17:30
Union Kiva (2nd floor)
Organizer/Chairperson: Lothar
Moeller
16:00 R4/A-38.1 Recent Progress In Terahertz MMICs And
Packages For Terahertz Communications At 300 GHz
Ho-Jin Song; Takuro Tajima; Makoto Yaita; Osamu Kagami
NTT Device Technology Laboratories, Japan
Page | 131
IRMMW-THz 2014
16:30 R4/A-38.2 120-GHz-band Wireless Communications
Field Trials
Akihiko Hirata1; Hiroyuki Takahashi1; Jun Takeuchi1; Jiro Hirokawa2
1NTT Corporation, Japan; 2Tokyo Institute of Technology, Japan
16:50 R4/A-38.3 Ultra-Broadband MMIC-Based Wireless Link
At 240 GHz Enabled By 64 GS/s DAC
Florian Boes1; Tobias Messinger1; Jochen Antes1; Dominik
Meier1; Axel Tessmann2; Anns Inam3; Ingmar Kallfass1
1Univ. of Stuttgart, Germany; 2Fraunhofer Inst. for Applied Solid State
Physics, Germany; 3Fujitsu Semicond. Europe GmbH, UK
17:10 R4/B-38.4 CMOS THz Communication Links For Wireless Applications: Where Do They Fit Into Mobile Access And
Fixed Access?
Adrian Tang1; Nacer Chahat2; Emmanuel Decrossas2
1Jet Propulsion Lab & UCLA, United States; 2JPL, United States
R4/B - 35. New Instruments & 36.
New Applications I
16:00 - 17:30
Catalina Room
Chairperson: Xi-Cheng Zhang
16:00 R4/B-35.1 A 4.7 THz HEB/QCL Heterodyne Receiver
For STO-2
Darren Hayton1; Jian-rong Gao1; Nathan Vercruyssen2; Chris
Walker3; Jenna Kloosterman4; Qing Hu5; Tsung-Yu Kao5
1SRON, Netherlands; 2TU Delft, Netherlands; 3Steward Observatory,
United States; 4Univ. of Arizona, United States; 5MIT, United States
16:30 R4/B-35.2 Ultrafast THz Sensing For Inline Monitoring
and Real Time Observation Of Transient Phenomena
Uli Schmidhammer; Pierre Jeunesse
Université Paris Sud, France
16:45 R4/B-35.3 Fabrication Of A 35 GHz Folded Waveguide
TWT Circuit Using Rapid Prototype Techniques
James Anderson1; Raoul Ouedraogo2; David Gordon2
1General Atomics, United States; 2MIT Lincoln Laboratory, UnitedStates
Page | 132
IRMMW-THz 2014
17:00 R4/B-36.1 Electron Acceleration In A Single-cycle Terahertz Field
Wenqian Ronny Huang; Emilio A. Nanni; Koustuban Ravi; Liang
Jie Wong; Kyung-Han Hong; Franz X. Kärtner
17:15 R4/B-36.2 Position Effect Of Split Ring Resonators
Along Terahertz Planar Goubau Line
Tahsin Akalin
IEMN, Lille 1 University, France
R4/C - 32. Metamaterials and
Metadevices III
16:00 - 17:30
Tucson Room
Chairperson: Rick Ziolkowski
16:00 R4/C-32.12 A Flexible Multi-layer Metamaterial For Filter
And Biosensor At THz
Biaobing Jin1; L J Liang2; J B Wu2; L Kang2; W W Xu2; J Chen2; P H
Wu2
1Nanjing University, China; 2School of Electronic Science and Engineering, Nanjing University, China
16:15 R4/C-32.13 THz Metamaterials Based On Metal-Insulator
Transition Of VO2 Patterns
Aurelian Crunteanu1; Korbinian J. Kaltenecker2; Jonathan Leroy1;
Georges Humbert1; Bernd M. Fischer2; Markus Walther3
1XLIM UMR 7252, CNRS/University of Limoges, France; 2French-German Research Institute of Saint-Louis, France;3Freiburg Materials Research Center, University of Freiburg, Germany
16:30 R4/C-32.14 Optimization Of Design And Microfabrication
Of Metamaterial-Based Absorber For Terahertz Microbolometer
El-Hassane Oulachgar; Jacques-Edmond Paultre; Francis Provençal; Dominique D'Amato; Patrick Beaupré; Christine Alain; Hubert
Jerominek
Institut National d'Optique (INO), Canada
Page | 133
IRMMW-THz 2014
16:45 R4/C-32.15 Efficient Metamaterial Flat Lenses
Nathaniel Grady; Jane Heyes; Dibakar Roy Chowdhury; Yong
Zheng; Matthew T. Reiten; Abul K. Azad; Antoinette J. Taylor; Diego A. R. Dalvit; Hou-Tong Chen
Los Alamos National Lab, United States
17:00 R4/C-32.16 Free-standing Terahertz Metamaterial Fabricated Via Injection Molding
Jinqi Wang; Shuchang Liu; Sivaraman Guruswamy; Ajay Nahata
University of Utah, United State
R4/D - 39. Special Session on
Microwaves in Space (Invited)
16:00 - 17:30
Rincon Room
Organizer/Chairperson: Frank Maiwald
16:00 R4/D-39.1 Microwave And Millimeter-Wave Radiometers For CubeSat Deployment For Remote Sensing Of The
Earth's Atmosphere
Steven C. Reising1; Todd C. Gaier2; Sharmila Padmanabhan2; Boon
Lim2; Pekka Kangaslahti2; Shannon T. Brown2; Xavier Bosch-Lluis1
1Colorado State University, United States; 2Jet Propulsion Laboratory,
California Institute of Technology, United States
16:30 R4/D-39.2 A New Generation Of Small Satellite Radiometers For Earth Atmospheric Remote Sensing From Space
William Blackwell
MIT Lincoln Laboratory, United States
16:50 R4/D-39.3 InP HEMT For Sub-Millimeter Wave Space
Applications: Challenges And Status
William Deal
Northrop Grumman, United States
17:10 R4/D-39.4 Imaging Front-end For Thermal Detection
Using An InP DHBT Process
Vessen Vassilev; Herbert Zirath; Yogesh Karandikar
Page | 134
IRMMW-THz 2014
R4/E - 34. New Devices II
16:00 - 17:30
Santa Rita Room
Chairperson: Philip Mauskopf
16:00 R4/E-34.5 Wideband Paramps For The Millimeter And
Submillimeter Bands
Peter Day1; Byeong Ho Eom2; Henry LeDuc1; Jonas Zmuidzinas1;
Christopher Groppi3; Philip Mauskopf3; James Lamb2; David
Woody2
1NASA JPL, United States; 2California Institute of Technology, United
States; 3Arizona State University, United States
16:30 R4/E-34.6 Spectral Characteristics Of Terahertz Radiation
From Splitting Femtosecond Laser Filaments
Yanping Chen; Zhelin Zhang; Liu Yang; Xiaohui Yuan; Feng Liu;
Min Chen; Jianqiu Xu; Zhengming Sheng; Jie Zhang
Shanghai Jiao Tong University, China
16:45 R4/E-34.7 Ultra-Broadband Telecom MEMS-VCSEL For
Frequency-Tunable Terahertz Generation With Photomixers
Mohammad Tanvir Haidar; Sujoy Paul; Christian Gierl; Sascha
Preu; Franko Küppers
Technical University of Darmstadt, Germany
17:00 R4/E-34.8 A Terahertz Wave Parametric Amplifier With
55dB Gain
Kosuke Murate1; Shinichiro Hayashi2; Hiroaki Minamide2; Saroj
Tripathi1; Yusuke Taira1; Kodo Kawase1; Koji Nawata2
1Nagoya University, Japan; 2RIKEN, Japan
17:15 R4/E-34.9 Monolithic Metal-Coated Plastic Components
For MM-Wave Applications
Arndt von Bieren1; Alessandro Macor1; Emile de Rijk1; JeanPhilippe Ansermet2
1SWISSto12 SA, Switzerland; 2Institute of Condensed Matter Physics,
Ecole Polytechnique Federale de Lausanne, EPFL, Switzerland
Page | 135
IRMMW-THz 2014
R5 – Poster Session 4
17:30 - 19:00
Ballroom South
Chairperson: Min Liang
P4-1 R5-P21.6 Mechanically Tunable Terahertz Notch Filter
With Channel Number Control Based On Deep Cavity
Lin Chen; Qingyue Zhang; Yan Peng; Yiming Zhu
University of Shanghai for Science and Technology, China
P4-2 R5-P31.2 Sub-terahertz Frequency Detection Using Sub-5
Fs Laser Pulses And A Photoconductive Antenna
Ikufumi Katayama1; Yu Chiba1; Isao Morohashi2; Yoshihisa
Irimajiri2; Norihiko Sekine2; Iwao Hosako2; Masaaki Ashida3
1Yokohama National University, Japan; 2National Institute of Information
and Communications Technology, Japan;3Osaka University, Japan
P4-3 R5-P31.3 THz Radiation Emission From InPAs And GaInAs
Crystals
Ingrid Wilke1; Partha Dutta1; Evgueni Slobodtchikov2
1Rensselaer Polytechnic Institute, United States; 2Q-Peak Inc., United
States
P4-4 R5-P31.4 Efficiency And Spectrum Evaluation Of Terahertz
Photoconductive Antenna Array Based On GaAs Substrates
Yang Zeng; Theo Kreouzis; Xiaodong Chen; Robert Donnan
Queen Mary, University of London, United Kingdom
P4-5 R5-P31.5 Terahertz Emission Properties Of Butterflyshaped Photoconductive Antennas Based On LT-GaAs And SIGaAs Substrates
Jitao Zhang; Mingguang Tuo; Min Liang; Wei-Ren Ng; Michael
Gehm; Hao Xin
University of Arizona, United States
P4-6 R5-P31.6 On The Power Dependence Of 1.5 M Excitation
Of Low-temperature-grown GaAs Photoconductive Antennas
Kohei Jougataki; Yuki Tomiyasu; Yuya Hirao; Yoriko Tominaga;
Yutaka Kadoya
Hiroshima Univ., Japan
Page | 136
IRMMW-THz 2014
P4-7 R5-P31.7 Three-Dimensional Plasmonic Contact Electrodes For High-Efficiency Photoconductive Terahertz Sources
Shang-Hua Yang1; Mohammed Hashemi1; Christopher Berry1;
Mona Jarrahi2
1University of Michigan, United States; 2University of California Los Angeles, United States
P4-8 R5-P32.3 Second-order Bandpass Frequency Selective
Surface For Terahertz Applications
Amir Ebrahimi; Withawat Withayachumnankul; Said Al-Sarawi;
Derek Abbott
P4-9 R5-P32.4 Cavity Enhanced Modulation Of Sharp THz
Bands
Norman Born1; Maik Scheller2; Jerome Moloney2; Martin Koch1
1Philipps-Universität Marburg, Germany; 2University of Arizona, United
States
P4-10 R5-P32.5 THz Waveguide With A Spit Ring Resonators
Layer
Maxim Nazarov1; Sergey Sarkisov2; Oleg Tolbanov2; Alexander
Shkurinov3; Andrey Zarubin4; Anton Tyazhev4; Grigory Dunaevsky4
1ILIT RAS, Russian Federation; 2Siberian Physical and Technical Institute of Tomsk State University, Russian Federation; 3MSU, Russian
Federation; 4National Research Tomsk State University, Russian Federation
P4-11 R5-P32.6 Optimization Of Terahertz Metamaterial
Modulator
Dalius Seliuta; Gediminas Šlekas; Andžej Urbanovič; Dovilė Zimkaitė; Žilvinas Kancleris
P4-12 R5-P32.8 Photonic-Band-Gap (PBG) And Metamaterial
RF-Structures For High Power Millimeter And THz Wave Electron Beam Devices
Young-Min Shin1; Andrew Palm1; Xiaofang Zhu2
1Northern Illinois University, United States; 2School of Physical Electronics, University of Electronic Science and Technology of China, China
Page | 137
IRMMW-THz 2014
P4-13 R5-P32.9 Electromagnetic Wave Propagation Through An
Air-core Waveguide With Metamaterial Cladding
Xiaoli Tang; Alessandro Tuniz; Simon C Fleming; Boris T Kuhlmey;
Alexander Argyros
University of Sydney, Australia
P4-14 R5-P32.10 Alternative Frequency-selected Terahertz
Bandstop Filter
Jining Li1; Shengjiang Chang2
1Institute of Modern Optics, China; 2Institute of Modern Optics, Nankai
University, China
P4-15 R5-P33.1 Complex Optical Conductivity Of Graphene
Measured By Ultra-broadband THz Time-domain Spectroscopic
Ellipsometry
Sho Ikeda1; Masatsugu Yamashita2; Chiko Otani2
1Tohoku University, Japan; 2RIKEN, Japan
P4-16 R5-P33.2 Probing The Quantum Capacitance Effect Of
Nanometer Graphene Transistors With The Excitation Of Terahertz And Infrared Plasma Waves
Lin Wang; Xiaoshuang Chen; Wei Lu; Xuechu Sheng
National Laboratory for Infrared Physics, Shanghai Institute of Technical
Physics, Chinese Academy, China
P4-17 R5-P33.3 Sub-Terahertz Photoconductivity Of HgxCd1xTe Crystals With Composition Close To Semiconductor-to-semimetal Topological Transition
C. Consejo1; F. Teppe1; N. Dyakonova1; W. Desrat1; S.
Ruffenach1; D. Coquillat1; W. Knap1; M. Zholudev2; V.
Rumyantsev2; V. Gavrilenko2; S. Morozov2; N.N. Mikhailov2; S.A.
Dvoretskii2
1L2C, UMR 5221 CNRS, Université Montpellier 2, France; 2A.V.
Rzhanov Institute of Semiconductor Physics, Siberian Branch, Russian
Academy of Sciences, Russian Federation
P4-18 R5-P33.4 Terahertz Detection At 240 GHz With A Semiconducting Carbon-Nanotube Field-Effect Transistor
Maris Bauer1; Alvydas Lisauskas1; Paulius Sakalas2; Michael
Schröter2; Hartmut Roskos1
1Johann Wolfgang Goethe-Universität Frankfurt am Main, Germany; 2Technische Universität Dresden, Germany
Page | 138
IRMMW-THz 2014
P4-19 R5-P33.5 Sensitive Electron-Bolometric Terahertz Photodetector With Graphene Nano-bridge
Ming-Jye Wang; Ji-wun Wang; Hsian-Hong Chang; Yen-Yu Chiang
Institute of Astronomy and Astrophysics, Academia Sinica, Taiwan
P4-20 R5-P33.6 Measuring The Optical Transmittance Of Graphene With Silicon Substrates Within A Particular Range Of The
Spectrum From The THz To Infrared Regime
Shareef Al-Tikrity1; Shareef Al-Tikrity2; Rodney Vickers3
1University of Wollongong & Tikrit University, Australia; 2Tikrit University
& University of Wollongong, Australia;3University of Wollongong, Australia
P4-21 R5-P33.7 20 M Gate Width CVD Graphene FETs For 0.6
THz Detection
Audrey Zak1; Michael Andersson1; Jan Stake1; Maris Bauer2; Hartmut Roskos2; Alvydas Lisauskas2
1Chalmers University of Technology, Sweden; 2Johann Wolfgang Goethe-Universität, Germany
P4-22 R5-P34.1 GaN-based Implanted Self Switching Diodes
For THz Imaging
Guillaume Ducournau1; Paul Sangare1; Bertrand Grimbert1; Marc
Faucher1; Ignacio Iniguez de la Torre2; Tomas Gonzales3; Javier
Mateos3; Christophe Gaquière4
1IEMN - Université Lille 1, France; 2Univ Salamanca, France; 3Univ Salamanca, Spain; 4IEMN - Université Lille 1, Germany
P4-23 R5-P34.2 Simulation Of A 95 GHz Two-Stage Three-Cavity Klystron Oscillator
Nikita Ryskin1; Valeriy Emel’yanov1; Yulia Emelianova2; Anton Yakovlev1
1Saratov State University, Russian Federation; 2Saratov State Technical
University, Russian Federation
P4-24 R5-P34.3 Tunable Wavelength Terahertz Polarization
Converter
Andrey Kaveev1; Grigory Kropotov1; Dmitry Tsypishka1; Ivan
Tzibizov1; Ilya Vinerov1; Elizaveta Kaveeva2
1Tydex LLC, Russian Federation; 2St. Petersburg State Polytechnic University, Russian Federation
Page | 139
IRMMW-THz 2014
P4-25 R5-P34.4 Waveguide Coupling To High Index Whispering
Gallery Mode Resonators In The THz Domain
Harald Schwefel1; Florian Sedlmeir1; Martin Schneidereit1; Mario
Mendéz-Aller2; Sascha Preu3; Antti Räisänen4; L. Enrique GarcíaMuñoz2; Gerd Leuchs1
1Max Planck Institute for the Science of Light, Germany; 2University
Carlos III of Madrid, Spain; 3TU Darmstadt, Germany; 4Aalto University,
Finland
P4-26 R5-P34.6 Millimeter-wave Backward Wave Oscillators
Driven By Pseudospark Electron Beams
Helen Yin1; David Bowes1; Wenlong He1; Adrian Cross1; Kevin
Ronald1; Daohui Li2; Xiaodong Chen2; Alan Phelps1
1University of Strathclyde, United Kingdom; 2University of London,
United Kingdom
P4-27 R5-P34.7 340GHz Two-beam Folded Waveguide Traveling-wave Amplifier
Ke Li; Wenxin Liu
P4-28 R5-P34.8 Terahertz Wave Polarization Control By A Metal
Wire-grid Polarizer Based On VO2-Al2O3
Jun-Hwan Shin; Kiwon Moon; Eui Su Lee; Kyung Hyun Park
P4-29 R5-P34.9 Integrated Calibration Switches For Compact
Planetary Instruments
Cecile Jung-Kubiak; Theodore Reck; Goutam Chattopadhyay
NASA - Jet Propulsion Laboratory, United States
P4-30 R5-P34.12 Design And Simulation Of The Terahertz Extended Interaction Oscillator
Wenxin Liu1; Zhaochuan Zhang2
1Institute of Electronics, China; 2Institute of Electronics, CAS, China
P4-31 R5-P34.13 A Semi-Coaxial TGV Interposer For High Frequency 3D System Applications
Rong Zeng; Xiang Huang; Li Hui
Institute of Electronic Engineering, China Academy of Engineering
Physics, China
Page | 140
IRMMW-THz 2014
P4-32 R5-P34.15 Design Of Beam Transmission System For
0.3THz Folded Waveguide Traveling-wave Amplifier
Zhaochuan Zhang; Wenxin Liu
IECAS, China
P4-33 R5-P34.16 Numerical Analysis And Experimental Design
Of A 103 GHz Cherenkov Maser
Alan Phipps1; Amy MacLachlan1; Craig Robertson1; Ivan
Konoplev2; Alan Phelps1; Adrian Cross1
1University Of Strathclyde, United Kingdom; 2University Of Oxford,
United Kingdom
P4-34 R5-P35.1 Generation Of Broadband Optical Combs With
High OSNR For CW-THz Wave Generation By Photonic DownConversion
Isao Morohashi1; Yu Chiba2; Yoshihisa Irimajiri1; Takahide Sakamoto1; Ikufumi Katayama2; Norihiko Sekine1; Tetsuya Kawanishi1; Iwao Hosako1; Akifumi Kasamatsu1
1National Institute of Information and Communications Technology, Japan; 2Yokohama National University, Japan
P4-35 R5-P35.2 A Microwave Applicator For Uniform Irradiation
By Circularly Polarized Traveling Waves In An Anechoic Chamber
Kwo Chu; W Chiang; M Wu; K Wu; M Lin; H Teng; C Ko; E Yang; J
Jiang; L Barnett
National Taiwan University, Taiwan
P4-36 R5-P36.1 Terahertz Wave Generation And Terahertz Reference Transfer
Motohiro Kumagai; Shigeo Nagano; Yoshihisa Irimajiri; Isao Morohashi; Hiroyuki Ito; Yuko Hanado; Iwao Hosako
National Institute of Information and Communications Technology
(NICT), Japan
P4-37 R5-P36.2 Improved Acquisition Time Via Adaptive Sampling For THz-TDS
Emma MacPherson1; Yuezhi He2; Edward P. J. Parrott1; Benjamin
Seam Yu Ung3
1The Chinese Univ. of Hong Kong, United Kingdom; 2The Chinese Univ.
of Hong Kong, Hong Kong; 3The Chinese Univ. of Hong Kong, Australia
Page | 141
IRMMW-THz 2014
P4-38 R5-P36.3 THz-Wakefield Generation By Modulated Electron Beams Resonating With Crystalline Plasma Channels
Young-Min Shin1; Tao Xu1; Andrew Palm1; Xiaofang Zhu2; Daniel
Broemmelsiek3; Jayakar Thangaraj3; Randy Thurman-Keup1; Alex
Lumpkin3
1Northern Illinois University, United States; 2School of Physical Electronics, University of Electronic Science and Technology of China,
China; 3Fermi National Accelerator Laboratory, United States
P4-39 R5-P37.2 Hollow Core Terahertz Optical Fibers With
Hyperuniform Disordered Dielectric Reflectors
Maksim Skorobogatiy; Patrick Laurin; Martin Girard
Ecole Polytechnique de Montréal, Canada
P4-40 R5-P37.3 U-shaped Quasi-parallel-plate For Low Voltage
THz BWO
Yanyu Wei; Minghao Zhang
P4-41 R5-P37.4 A Novel Sine Ridge Waveguide For 0.65THz
Backward Wave Oscillator
Luqi Zhang1; Yanyu Wei1; Minghao Zhang1; Chong Ding1;
Yuanyuan Wang1; Guo Guo1; Yanshuai Wang1; Hairong Yin1; Guoqing Zhao1; Wenxiang Wang1; Yubin Gong1; Jinjun Feng2; Dazhi Li3
1National Key Laboratory of Science and Technology on Vacuum Electronics,UESTC, China; 2Vacuum Electronics National Lab, China; 3Institute for Laser Technology, Japan
P4-42 R5-P37.5 Beam-Wave Interaction Study On A Novel Kaband Ring-Shaped Microstrip Meander-Line Slow Wave Structure Chong Ding1; Yanyu Wei1; Luqi Zhang1; Guo Guo1; Yuanyuan
Wang1; Minghao Zhang1; Zhigang Lu1; Yubin Gong1; Wenxiang
Wang1; Dazhi Li2; Jinjun Feng3
1National Key Laboratory of Science and Technology on Vacuum Electronics, UESTC, China; 2Institute for Laser Technology, Japan; 3Beijin
Vacuum Electronics Research Institute, China
P4-43 R5-P37.6 A Square Helix Slow-Wave Structure For Millimeter-Wave TWTs
Wanghe Wei1; Yanyu Wei2; Zhaoyun Duan2; Minzhi Huang2; Lingna
Yue2; Huarong Gong2; Wenxiang Wang2; Yubin Gong2
1Univ of Electronic Science and Tech of China; Jiangxi Univ of Science
and Tech., China; 2Univ of Elect Science and Tech of China, China
Page | 142
IRMMW-THz 2014
P4-44 R5-P37.7 Optimization Of Multi-gap Extended Output
Cavity For A G-band Sheet Beam Extended Interaction Klystron
Shifeng Li; Zhaoyun Duan; Fei Wang; Zhanliang Wang; Jin Xu;
Yubin Gong
Institute of High Energy Electronics, School of Physical Electronics, University of Electronic Science, China
P4-45 R5-P13.12 High-power Ultrashort Pulse Amplifier Using
Double-clad Yb-doped Fiber For High-power And High-efficient
THz Pulse Generation
Junichi Hamazaki1; Hosei Mogi2; Norihiko Sekine1; Satoshi Ashihara2; Akifumi Kasamatsu1; Iwao Hosako1
1National Institute of Information and Communications Technology, Japan; 2Tokyo University of Agriculture and Technology, Japan
P4-46 R5-P13.13 An Investigation Of Petrochemical Geological
Samples By Terahertz Pulse Spectroscopy
David Heaps1; Eiji Kato2; Xiao Hua Zhou1; Richard McKay1; Mark
Sullivan1
1Advantest America, Inc., United States; 2Advantest Corporation, Japan
P4-47 R5-P13.14 High-power Ultrashort Pulse Amplifier Using
Double-clad Yb-doped Fiber For High-power High-efficiency THz
Pulse Generation
Junichi Hamazaki1; Norihiko Sekine1; Iwao Hosako1; Hosei Mogi2;
Satoshi Ashihara2
1National Institute of Information and Communications Technology, Japan; 2Tokyo University of Agriculture and Technology, Japan
P4-48 R5-P13.15 Qualitative And Quantitative Analysis Of Explosives By Terahertz Time-domain Spectroscopy: Application
To Imaging
Patrick Mounaix1; Joyce Bou Sleiman1; Josette El Haddad1; Jean
Baptiste Perraud1; Jean Baptiste Perraud1; Lena Bassel1; Bruno
Bousquet1; Norbert Palka2
1LOMA UMR CNRS 5798 Universite de Bordeaux, France; 2Military
Univ of Tech, Institute of Optoelectronics, Poland
P4-49 R5-P13.16 Field And Temperature-dependent Thin Film
Characterization With A Continuous-wave Terahertz Magnetospectrometer
David Daughton; Richard Higgins; Scott Yano
Lake Shore Cryotronics, United States
Page | 143
IRMMW-THz 2014
P4-50 R5-P13.17 Measurement Of Dielectric Properties Of Human Skin In Vivo At THz Frequencies
Emily Grandy; Mira Naftaly
National Physical Laboratory, United Kingdom
Page | 144
IRMMW-THz 2014
Friday, September 19, 2014
Music School
Chairperson: Christopher
Groppi
09:00 - 10:30
9:00 F1/P-4.1 Far-Infrared/Submillimeter Astronomy: Recent
Achievements and Future Possibilities
Paul F. Goldsmith
Jpl/Caltech, United States
9:45 F1/P-9.1 Development and Versatile Applications of
Terahertz Time-Domain Spectroscopy
Masanori Hangyo
F2/A - 38. Special Session
on THz Communications II
(Invited talks)
11:00 - 12:30
Organizer/Chairperson: Lothar
Moeller
11:00 F2/A-38.5 Propagation Measurements And Simulations For Millimeter-wave Mobile Access In A Busy Urban
Wilhelm Keusgen; Richard Weiler; Michael Peter; Mike Wisotzki;
Baris Göktepe
Fraunhofer HHI, Germany
11:30 F2/A-38.6 Comparison Of Terahertz Versus Infrared
Free-Space Communications Under Identical Weather Conditions
John Federici; Jianjun Ma
New Jersey Institute of Technology, United States
11:50 F2/A-38.7 Terahertz Indoor Communications: Fundamental Considerations And Recent Developments
Martin Koch
Philipps University Marburg, Germany
Page | 145
IRMMW-THz 2014
12:10 F2/A-38.8 Wireless Big Data; Are Our Wireless Edge
Networks Ready?
David Britz
Britz Consultancy, United States
F2/B – 36. New Applications II
11:00 - 12:30
Catalina Room
Chairperson: Shenggang Liu
11:00 F2/B-36.3 Penetrating Rock With Intense MillimeterWaves
Herbert Einstein1; Ken Oglesby2; Paul Woskov1
1Massachusetts Institute of Technology, United States; 2Impact Technologies, LLC, United States
11:30 F2/B-36.4 A THz Time Domain Spectroscopy Based
Network Analyzer - Towards Real Time Characterization Of
High Speed Electronic Components
Jan-Martin Rämer; Stefan Weber; Georg von Freymann
Fraunhofer Institute for Physical Measurement Techniques IPM, Germany
11:45 F2/B-36.5 Broadband Terahertz Wave Emission From
Thin Metal Films Excited By Two-Color Laser Fields
Xi-Cheng Zhang1; Jianming Dai2
1Huazhong University of Science and Technology, China; 2University
of Rochester, United States
12:00 F2/B-36.6 Generation Of THz Bit Patterns Using A Fiber-Coupled Optical Pulse Shaper
Jan-Martin Rämer; Georg von Freymann
Fraunhofer Institute for Physical Measurement Techniques IPM, Germany
12:15 F2/B-36.7 Single Nanowire Photomixer For Reliable
And High Frequency Continuous Wave Terahertz Generation
Shihab Al-Daffaie; Oktay Yilmazoglu; Franko Küppers; Hans
Hartnagel
TU Darmstadt, Germany
Page | 146
IRMMW-THz 2014
F2/C – 3. Comm. & 4. Astro.
& 8. Biology & 12. Materials
11:00 - 12:30
Tucson Room
11:00 F2/C-3.4 200 GHz Coherent Wireless Link Using Photonics-based Emission
Guillaume Ducournau1; Y. Yoshimizu2; Shintaro Hisatake2; Fabio
Pavanello1; Emilien Peytavit1; Mohammed Zaknoune1; Tadao Nagatsuma2; Jean-Francois Lampin1
1IEMN - Université Lille 1, France; 2Osaka Univ., Japan
11:15 F2/C-3.2 Dielectric Hole Lattice For Terahertz Diffractive Optics With High Transmission
Daniel Headland1; Withawat Withayachumnankul1; Michael
Webb1; Aditi Upadhyay2; Madhu Bhaskaran2; Sharath Sriram2;
Derek Abbott1
1The University of Adelaide, Australia; 2RMIT University, Australia
11:30 F2/C-4.1 A Broadband, On-Chip Sub/millimeter-Wave
Spectrometer For X-Spec On CCAT
Steven Hailey-Dunsheath1; C.M. Bradford1; E. Shirokoff1; M.
Hollister1; C. McKenney1; S.C. Chapman2; A. Tikomirov2;
T. Nikola3
1California Institute of Technology, United States; 2Dalhousie University, Canada; 3Cornell University, United States
11:45 F2/C-8.4 Effects Of Window Index And Thickness On
Hydration Sensitivity And Probing Depth Of THz Imaging Systems
James Garritano1; Warren Grundfest2; Zachary Taylor2; Neha
Bajwa2; Shijun Sung1; Bryan Nowroozi2; Priyamvada Tewari2
1UCLA - Biomedical Eng. Dept., United States; 2UCLA, United States
12:00 F2/C-12.1 Modulating Conductivity Of Au/CNT Composites In THz Frequency Range: A THz Resistor
Debanjan Polley; Animesh Patra; Anjan Barman; Rajib Mitra
S. N. Bose National Centre for Basic Sciences, India
12:15 F2/C-20.1 Graded Index Microstructured Polymer Fiber
For Terahertz Applications
Tian Ma1; Maksim Skorobogatiy2; Lili Wang3
1Ecole Polytechnique de Montreal, Canada; 2¨¦cole Polytechnique de
Montr¨¦al, Montreal, Canada; 3Xi¡¯an Institute of Optics and Precision
Mechanics of CAS, China
Page | 147
IRMMW-THz 2014
F2/D - 39. Special Session
on Microwaves in Space II
(Invited Talks)
11:00 - 12:30
Rincon Room
Organizer/Chairperson: Frank
Maiwald
11:00 F2/D-39.1 Juno At Jupiter: The Juno Microwave
Radiometer (MWR)
Michael Janssen; Shannon Brown; John Oswald; Amarit
Kitiyakara
Jet Propulsion Laboratory, United States
11:30 F2/D-39.2 Millimeter & Sub-millimeter Wave Radiometer
Instruments For The Next Generation Of Polar Orbiting
Meteorological Satellites -- MetOp-SG
Bertrand Thomas1; Michael Brandt1; Achim Walber1; Hugh Gibson2; Martin Philipp1; Guido Sonnabend1; Mostafa Benzazaa1;
Raquel Gonzales3; Marc Bergada3; Jaione Martinez3; Marie-Genevieve Perichaud4; Tapani Narhi4; Ulf Klein4; Salvatore Daddio4;
Ville Kangas4
1Rad. Physics GmbH, Germany; 2Gibson Microwave Design EURL,
France; 3EADS CASA Espacio, Spain;4ESA/ESTEC, Netherlands
11:50 F2/D-39.3 Coherent Continuum Radiometers For Astronomy, Planetary And Earth Science
Pekka Kangaslahti
NASA JPL, United States
12:10 F2/D-39.4 Radiometer Instruments For Space
Applications
Peter Sobis; Urban Frisk; Arvid Hammar; Erik Ryman; Kalle
Kempe; Anders Emrich
Omnisys, Sweden
F2/E - 34. New Devices III
11:00 - 12:30
Santa Rita Room
Chairperson: Alain Maestrini
11:00 F2/E-34.10 Silicon Micromachined Waveguide
Components At 0.75 To 1.1 THz
Carlos Leal-Seviallano1; Theodore Reck2; Goutam Chattopadhyay2; Cecile Jung-Kubiak2
1Univ. of Madrid, Spain; 2California Inst. of Tech., United States
Page | 148
IRMMW-THz 2014
11:30 F2/E-34.11 A Variable Step THz Neutral Density Filter
Based On PEDOT/PSS Doped With Dimethylformamide
Fei Yan; Edward Parrott; Benjamin Ung; Emma MacPherson
The Chinese University of Hong Kong, Hong Kong
11:45 F2/E-34.12 Room-Temperature Terahertz Detection By
Carbon Nanotube/Metal Heterostructures
Yingxin Wang; Guowei Zhang; Lingbo Qiao; Jinquan Wei; JiaLin Zhu; Zhiqiang Chen; Ziran Zhao; Jia-Lin Sun
Tsinghua University, China
12:00 F2/E-34.13 Planar Periodic Surface Lattices For Use In
Millimeter-Wave Sources
Amy MacLachlan1; Alan Phipps1; Craig Robertson1; Alan
Phelps1; Ivan Konoplev2; Adrian Cross1
1University of Strathclyde, United Kingdom; 2University of Oxford,
United Kingdom
12:15 F2/E-34.14 Detecting THz In The Telecom Range: all
Resonant THz Up-conversion In A Whispering Gallery Mode
Resonator
Sascha Preu1; Martin Schneidereit2; Mario Mendéz-Aller3; Florian
Sedlmeir2; Antti Räisänen4; L. Enrique García-Muñoz5; Gerd
Leuchs2; Harald Schwefel2
1TU Darmstadt, Germany; 2Max Planck Institute for the Science of
Light, Germany; 3University Carlos III of Madrid, Spain, Spain; 4Aalto
University, Finland; 5University Carlos III of Madrid, Spain
Page | 149
IRMMW-THz 2014
Author Index
Abbott
Derek
Abe
David
Abraham
Emmanuel
Adachi
Adamonis
Adamus
Ade
Masaki
Juozas
Zbigniew
Peter
Adipa
Adomavièius
Samuel
Ramûnas
Agafonov
Agapova
Agarwal
Aghdam
Ahn
Aiello
Akalin
Vladislav
Marina
Girish
Parisa
Yadranjee
Jaewook
Gaetano
Tahsin
Akamine
Yusuke
Akiyama
Al Hadi
Alain
Albajar
Alberti
Tsuyoshi
Richard
Christine
Ferran
Stefano
Al-Daffaie
Aldersley
Alfadhl
Alijabbari
Alimi
Al-Naib
Shihab
Michael
Yasir
Naser
Yasaman
Ibraheem
F2/C-3.2
M5-P2.3
M5-P3.1
R5-P32.3
W2/A-20.9
R2/D-25.11
W3/E-23.2
T2/E-16.1
T4/E-16.12
R2/E-33.5
T3/A-1.23
W5-P27.8
M4/B-4.6
T4/D-19.8
W3/A-28.5
M5.P13.10
M2/A-1.4
T3/A-1.23
M5-P13.7
W4/D-25.8
R2/C-32.3
W5-P27.4
T5-P14.8
W5-P25.6
R4/B-36.2
T2/B-17.4
W5-P21.1
T3/C-13.12
W5-P24.2
W5-P24.1
W2/E-22.3
R4/C-32.14
T4/E-16.15
R3/D-25.16
W5-P25.3
F2/B-36.7
T5-P14.6
W5-P25.15
M2/D-7.1
M3/A-1.9
M2/D-7.2
R2/E-33.3
R3/C-32.8
T3/E-16.7
T4/A-20.1
T5-P20.2
R5-P32.3
R5-P33.6
R5-P33.6
R3/A-29.2
M5-P7.1
M5-P7.5
W5-P25.17
R2/A-28.2
W5-P28.6
R4/B-35.3
R2/E-33.1
R5-P33.7
T4/C-14.2
W3/C-14.12
T5-P22.2
W4/C-12.6
M3/D-8.4
Alonso del Pino
Maria
Al-Sarawi
Al-Tikrity
Said
Shareef
Ambacher
Amemiya
Oliver
Kuniaki
Amicucci
An
Luca
Deyue
Anderson
Andersson
James
Michael
Andreev
Yuri
Andrianov
Ang
Angeluts
Ansermet
Antes
Anthony
Alexander
Yee Sin
Andrey
JeanPhilippe
Jochen
Jessienta
Antipov
Antonsen
Anttu
Aoki
Sergey
Thomas
Nicklas
Makoto
Appadoo
Arbab
Arbabi
Arezoomandan
Dominique
M. Hassan
Saman
Sara
Argyros
Alexander
Arroyo
Jennifer
R4/E-34.9
R4/A-38.3
T3/D-19.3
W4/B-20.1
R3/D-26.1
W2/D-25.5
M2/E-9.5
M5-P1.5
R3/A-27.6
W2/B-21.5
T2/D-8.12
T2/D-8.12
R2/E-33.4
T5-P18.12
R5-P32.9
W5-P25.9
T5-P20.5
Arslanov
Denis
T5-P16.3
Page | 150
IRMMW-THz 2014
Arzhannikov
Andrey
Asada
Masahiro
Ashida
Masaaki
Ashihara
Satoshi
Astafev
Mikhail
Audley
Avramidis
Azad
Michael
Konstantinos
Abul K.
Azarov
Aziz
Ivan
Emad F.
Azuma
Baccouche
Bacquet
Badin
Bahk
Bajwa
Syougo
Bessem
Denis
Alexander
Young-Mi
Neha
Bakunov
Balacey
Michael
Hugo
Balakin
Balci
Alexey
Soner
Baldassarre
Balkcum
Balocco
Leonetta
Adam
Claudio
Bansal
Bao
Namrata
Yao
M5-P1.8
W5-P26.4
M5-P3.3
W3/E-23.1
M3/E-12.3
R5-P31.2
T3/C-13.14
T4/D-19.10
T4/E-16.14
R5-P13.12
R5-P13.14
M5-P1.8
W2/D-19.11
W2/D-28.15
W3/D-25.1
M3/E-12.4
R2/C-32.1
R4/C-32.15
T3/C-13.9
M5.P13.4
T5-P14.1
M4/C-13.2
T2/A-1.18
R2/B-30.1
M5-P12.5
W3/B-21.8
F2/C-8.4
M3/D-8.3
M4/D-8.6
T3/A-1.21
M4/C-13.2
M4/A-1.13
T3/A-1.24
T5-P18.10
M3/D-8.4
M4/E-12.6
T4/C-14.5
W3/B-21.6
R2/D-25.11
M3/A-1.9
R3/E-34.3
M3/E-12.4
W5-P25.14
Baran
Barchfeld
Bardon
Barker
Jan
Robert
Tiphaine
Scott
Barman
Barnett
Anjan
Larry
Baryshev
Andrey
Baselmans
Jochem
Bassel
Lena
Bauer
Maris
Baughman
Bauwens
William
Matthew
Bawagan
Beaudoin
Beaupré
Beck
Alexis D.O.
Grégoire
Patrick
Alexandre
Beckmann
Jörg
Beech
Beere
Jason
Harvey
Begum
Behringer
Bei
Beigang
Belitsky
Belkin
Belnova
Benvenuto
Benzazaa
Bergada
Bergeron
Rashida
David
Roberto
Rene
Victor
Mikhail A.
Ludmila
Monica
Mostafa
Marc
Alain
M5-P8.3
R3/D-34.11
M2/D-7.4
M2/D-7.1
W4/B-27.2
W5-P27.10
F2/C-12.1
R2/D-25.14
R5-P35.2
R2/A-28.3
W3/E-24.2
R2/A-28.3
R2/A-28.4
W2/A-20.8
M4/A-1.13
R5-P13.15
M4/A-1.12
R5-P33.4
R5-P33.7
W5-P27.2
T4/C-14.5
M2/D-7.1
W5-P27.10
M5.P13.4
W4/E-24.8
R4/C-32.14
M5-P3.5
R2/B-30.1
M5.P13.4
T5-P14.1
M2/E-9.5
M3/A-1.7
W3/E-24.1
R2/D-25.11
M4/D-8.8
M3/D-8.1
M5-P7.9
W5-P28.1
W4/E-24.5
W4/D-25.8
M3/D-8.1
F2/D-39.2
F2/D-39.2
M3/A-1.10
Page | 151
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Bernasconi
Berry
Pietro
Christopher
W.
Best
Bevilacqua
Erin
Stella
Beyer
Beziuk
Bhaskaran
Bhatt
Bhattacharya
Biagioni
Biasiol
Bideaud
Bieler
Biermann
Bisigello
Blackwell
Blank
Blazquez
Bleasdale
Blin
Jörn
Grzegorz
Madhu
Piyush
Arkabrata
Paolo
Giorgio
Aurelien
Mark
Klaus
Laura
William
Monica
Beatriz
Colin
Stéphane
Bobylev
Boes
Bohmeyer
Bolduc
Bonetti
Bonicelli
Bonn
Boppel
Alexander
Florian
Werner
Martin
Stefano
Tullio
Mischa
Sebastian
Borchard
Borgstrom
Born
Philipp
Magnus
Norman
Borngräber
Johannes
Boryssenko
Anatoliy
Bosch-Lluis
Bou Sleiman
Bou Sleiman
Xavier
Joyce
Joyce
M3/B-4.2
R2/B-30.3
R5-P31.7
R3/C-32.10
R3/A-29.1
R3/E-34.2
M4/C-13.3
M5-P8.3
F2/C-3.2
W3/B-21.10
T5-P17.4
W3/B-21.6
W4/B-21.12
M2/A-1.1
M2/E-9.3
W3/E-24.3
R2/A-28.3
R4/D-39.2
W4/D-25.7
T3/D-19.5
M3/E-12.5
M5-P3.5
W4/E-24.8
T5-P22.2
R4/A-38.3
R2/B-30.5
M3/A-1.10
T2/A-16.3
T4/E-16.15
R3/E-33.5
M4/A-1.12
W5-P27.2
W4/D-25.7
M2/E-9.5
M4/D-8.8
R3/C-32.8
R5-P32.4
W2/E-22.2
W4/C-15.2
T5-P20.5
W2/A-20.7
R4/D-39.1
M4/A-1.13
R5-P13.15
Boubanga
Tombet
Bouguila
Bourtsev
Bousquet
Stephane
Zied
Anton
Bruno
Bowen
Bowes
Bradford
Brady
John
David
C.M.
David
Brahlek
Brahm
Matthew
Anika
Brandt
Braunmueller
Michael
Falk
Brener
Bretones
Brewer
Brida
Britz
Broemmelsiek
Brown
Igal
Amelia R.
Anthony
Daniele
David
Daniel
Elliott R.
Brown
Shannon T.
Bruch
Brunner
Bruschi
Bryan
Bryerton
Bryllert
Buccheri
Daniel
Stephan
Alessandro
Sean
Eric
Tomas
Fabrizio
Büchel
Denis
W5-P27.6
T4/B-18.9
T3/E-16.10
M4/A-1.13
R5-P13.15
T3/A-1.24
M3/D-7.6
R5-P34.6
F2/C-4.1
M3/A-1.8
T3/A-1.20
M3/E-12.4
M3/A-1.6
T4/D-19.6
T5-P18.2
F2/D-39.2
R3/D-25.16
W5-P25.3
T4/C-14.4
T4/B-18.10
W3/E-24.1
M2/E-9.2
F2/A-38.8
R5-P36.3
R2/B-30.4
R3/B-31.4
T2/B-17.3
T2/D-8.13
T3/C-13.15
T5-P19.6
W2/B-21.4
W2/D-19.14
W5-P30.2
F2/D-39.1
R4/D-39.1
R3/A-29.2
W5-P25.3
W5-P25.17
M5-P13.3
W4/C-27.3
M2/B-2.1
M4/C-13.1
T5-P18.11
R2/A-28.1
Page | 152
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Bueno
Juan
Bühler
Bui
Bulcha
Bulusheva
Buratti
Burdette
Johannes
Thuc
Berhanu
Lubov
Paolo
Don
Burford
Nathan
Busacca
Busch
Alessandro
Stefan
But
But
Byford
Cai
Calame
Calandrini
Cannard
Cantin
Cao
Cao
Cao
Cao
Carpanese
Castro-Camus
Cauffman
Causa
Cavallo
Ceccuzzi
Cengher
Cerna
Cetnar
Dmitro
Dmitry
Jennifer
Meng
Jeffrey
Eugenio
Paul
Mario
Miaomiao
Ping
Wei
Xinyu
Mariano
Enrique
Stephen
Federica
Daniele
Silvio
Mirela
Cesario
John
Chahadih
Chahal
Abdallah
Premjeet
Chahat
Nacer
Chang
HsianHong
R2/A-28.4
W2/A-20.8
M2/E-9.2
W5-P25.13
W4/B-27.2
M5-P12.5
W5-P25.17
M2/D-7.5
W5-P30.2
M5-P6.2
R3/B-31.3
T5-P18.11
M4/D-8.8
M5-P1.1
T5-P14.10
W5-P27.1
W4/B-21.11
M3/D-7.7
T5-P18.1
W3/E-23.2
W3/B-21.6
M2/E-9.1
M3/A-1.10
W5-P26.6
T5-P18.1
M2/D-7.2
T5-P20.4
W5-P25.17
T5-P14.10
W4/D-25.7
W5-P25.17
R3/C-32.6
W5-P25.17
R2/D-25.13
M5-P8.1
T5-P19.6
W2/B-21.4
W2/D-19.14
W5-P21.1
M3/D-7.7
T5-P17.2
R4/B-38.4
W4/A-27.1
R5-P33.5
Chang
ShengJiang
Chang
Tsun-Hsu
Chapman
Scott C.
Chapoulie
Chattopadhyay
Rémy
Goutam
Che
George
Chen
Chen
Chen
Da
Hongbin
Hou-Tong
Chen
Jian
Chen
Chen
Chen
Chen
Chen
Chen
Lin
Min
Peng
PingPing
Sai
xiaodong
Chen
Xiaohan
Chen
Xiaoshuan
g
Chen
Chen
Chen
Yanping
Zhe
Zhiqiang
Cheng
Cheng
Jierong
Yongzhi
R5-P32.10
W2/B-21.3
T5-P19.2
T5-P19.7
F2/C-4.1
M3/B-4.1
M4/A-1.13
F2/E-34.10
M3/C-10.1
R5-P34.9
T4/A-20.1
T5-P20.2
T5-P23.2
W2/E-22.1
M5-P13.3
W3/A-28.5
T5-P32.1
W5-P25.19
R2/C-32.1
R4/C-32.15
R4/C-32.12
W5-P27.13
W5-P28.6
R5-P21.6
R4/E-34.6
T4/E-16.13
W4/E-27.4
W2/B-21.3
M5-P1.7
R5-P31.4
R5-P34.6
W5-P25.15
W2/E-22.5
W3/E-22.6
R5-P33.2
W4/E-27.4
R4/E-34.6
M2/B-3.2
F2/E-34.12
M5-P10.1
R2/C-32.2
R2/C-32.5
R3/C-32.9
Page | 153
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Cherednichenko
Sergey
Cherkassky
Valery
Chernichkin
Chernin
Chernyavskiy
Vladimir
David
Igor
Chesnokov
Chevtchenko
Chiang
Chiang
Chiba
Evgeny
Serguei
W.
Yen-Yu
Yu
Chigrinov
Chirkov
Chirkov
Vladimir
Aleksey
Alexey
Cho
Chodorow
Choi
Choi
Choi
Choi
Chojnowska
Choporova
Chowdhury
Chrzanowski
Chu
Chu
Chu
Ciocci
Cismondi
Cliffe
Cojocari
Collins
Colombelli
Coluzzi
Cong
Cong
Consejo
Mann-Ho
Urszula
Da-Hye
Eunmi
Jindoo
Yonghoon
Olga
Yulia
Dibakar
Roy
Krzysztof
Junhao
Kwo
Weidong
Franco
Fabio
Matthew
Oleg
George
Raffaele
Elisa
Zengguang
Zhenhua
Christophe
Constable
Evan
R3/A-29.1
R3/E-34.2
T3/C-13.9
W4/B-21.13
M4/E-12.7
R2/D-25.11
R2/D-25.11
W3/E-23.2
W4/C-15.3
M4/A-1.12
R5-P35.2
R5-P33.5
R5-P31.2
R5-P35.1
T4/D-19.9
W4/D-25.8
W3/D-25.2
W3/D-25.4
M4/E-12.6
M5-P12.2
W2/C-14.10
W5-P25.10
T4/B-18.8
T5-P18.8
M5-P12.2
T3/C-13.9
R4/C-32.15
W5-P27.6
M3/E-12.2
R5-P35.2
W5-P24.4
W5-P25.17
T4/E-16.15
M4/C-13.4
M2/C-6.4
W5-P25.13
W3/E-24.1
M3/D-8.1
W3/E-22.6
W2/E-22.5
R5-P33.3
W5-P27.11
M5-P13.9
Cook
Cooke
Cooper
Coquegniot
Coquillat
Alan
Simon
Ken
Hélène
Dominique
Corcos
Cornet
Dan
Marion
Cortes-Medellin
Coutu
Cross
German
Ronald
Adrian
Crowe
Crunteanu
Cui
Cui
Cui
Cumming
Cyberey
Cywinski
Czerwiñski
Daddio
Dai
Dalvit
D'Amato
Danilevièius
Danilov
Dao
Daram
Dattoli
Daughton
Thomas
Aurelian
Hailin
Jian
Tie Jun
David R.S.
Michael
G.
Micha³
Salvatore
Jianming
Diego A. R.
Dominique
Rokas
Sergey
Thang Duy
Prasanna
Kumar
Giuseppe
David
David
Davies
Davies
Etayo
Giles
Giles
T5-P14.7
W3/E-23.2
R2/D-25.11
M2/B-2.2
M4/A-1.13
R5-P33.3
W5-P27.1
W5-P27.11
W5-P27.6
T3/B-18.4
T2/E-16.1
T4/E-16.12
W3/A-20.10
R3/C-32.10
F2/E-34.13
R5-P34.16
R5-P34.6
W5-P25.11
W5-P25.18
W5-P26.1
W4/C-27.3
R4/C-32.13
M5-P13.5
T5-P16.5
W5-P21.1
M2/A-1.3
W4/A-28.2
W5-P27.1
M5-P12.9
F2/D-39.2
F2/B-36.5
R4/C-32.15
R4/C-32.14
T3/A-1.23
M4/E-12.7
T5-P16.4
T2/B-17.3
W5-P25.17
M4/C-13.5
R5-P13.16
W2/A-20.6
M2/E-9.1
W3/E-24.1
W4/E-24.6
Page | 154
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Davis
Kristina
Day
Peter
De Amicis
de Lange
de Maagt
De Meis
de Rijk
De Sanctis
de Visser
Deal
Andrea
Gerhard
Peter
Domenico
Emile
Stefania
Pieter
William
Dean
Debski
Decrossas
Dégardin
Degert
Paul
Wojciech
Emmanuel
Annick
Jérôme
Degli Innocenti
Deibel
Riccardo
Jason
Del Solar
Delage
Demers
Deng
Deng
Deng
Nino
S.
Joseph
Bin
Guochu
Xian-jin
Deninger
Denisov
Anselm
Gregory
Derlet
Desmaris
Desnoyers
Desrat
Deßmann
Peter
Vincent
Nichola
W.
Nils
DeTalle
Dhillon
Di Cristofaro
Di Gaspare
Di Palma
Vincent
Sukhdeep
Sara
Alessandra
Emanuele
M4/B-4.5
M5-P7.3
R4/E-34.5
W3/A-28.5
M3/D-8.1
W2/D-28.15
T3/D-19.1
W5-P25.17
R4/E-34.9
M3/D-8.1
R2/A-28.4
R4/D-39.3
T5-P23.2
W4/E-24.6
W2/E-22.2
R4/B-38.4
W2/D-19.12
T2/E-16.1
T4/E-16.12
M3/A-1.7
R3/C-32.10
W2/B-21.4
M4/A-1.13
W5-P27.1
M4/C-13.5
M5-P2.2
T5-P14.7
T4/E-16.13
W5-P27.14
R3/B-31.1
W3/D-25.2
W3/D-25.4
W4/D-25.8
M3/E-12.1
W5-P28.1
M3/A-1.10
R5-P33.3
M3/C-10.2
T2/E-16.5
M3/D-7.6
W3/E-24.1
M3/D-8.1
W4/B-21.12
W5-P25.17
Diakonova
Dieterlen
Dietz
Nina
Alain
Roman
Dignam
Marc M.
Ding
Chong
Doi
Dollwetzel
Domier
Kohei
Phillipp
Calvin
Dominec
Donaldson
Donnan
Doria
Filip
Craig
Robert
Andrea
Döring
Dorozhkin
Sven
Kirill
Dowell
Doyle
Marla
Simon
Drahokoupil
Dressel
Drexler
Drozd
Duan
Duan
Jan
Martin
Christoph
Marek
Suqing
Zhaoyun
Ducournau
Guillaume
Duffy
Duling
Dumbrajs
Dunaevskii
Dunaevskii
Dunaevsky
Brian
Irl
Olgierd
Grigorii
Grigorii
Grigory
Durr
Hermann
W4/B-21.11
T4/B-18.9
M3/A-1.6
R3/B-31.1
R2/E-33.3
T3/E-16.7
R5-P37.4
R5-P37.5
M2/A-1.2
M4/A-1.13
R3/D-34.11
W3/A-20.12
T4/C-14.4
W5-P25.11
R5-P31.4
M5-P1.6
W5-P25.17
T4/D-19.6
M5-P12.10
M5-P12.5
M2/D-7.3
M2/A-1.1
W3/A-28.5
M4/E-12.8
W2/C-14.6
W5-P27.1
M5-P8.3
W5-P24.4
R5-P37.6
R5-P37.7
F2/C-3.4
M5-P3.5
R2/B-30.1
R2/B-30.2
R5-P34.1
W5-P27.1
M3/B-4.2
M2/C-6.5
W2/D-25.5
M5-P12.10
M5-P12.5
R5-P32.5
W5-P14.11
T2/A-16.3
Page | 155
IRMMW-THz 2014
Duschek
Dutta
Dutzi
Dvoretskaya
Dvoretskii
Dyakonova
Lennart
Partha
Katja
Natalya
S.A.
Nina
Ebrahimi
Echchgadda
Echternkamp
Ederra
Amir
Ibtissam
Katharina
E.
Iñigo
Egorov
Egorova
Einstein
El Haddad
Elad
El-Ghazaly
Ellis
Ellrich
El-Shenawee
Sergei
Svetlana
Herbert
Josette
Danny
Samir
Elizabeth
Frank
Magda
Emel’yanov
Emelianova
Emrich
Valeriy
Yulia
Anders
Endo
Engelkamp
Ennis
Eom
Escorcia Carranza
Estacio
Evangelisti
Everitt
Akira
Hans
Courtney
Byeong Ho
Fan
Fan
Fan
Fang
Fei
Shuzhen
Yong
Guangyou
Fantini
Massimo
Ivonne
Elmer
Florestano
Henry
T5-P14.10
R5-P31.3
M3/C-10.2
W5-P25.9
R5-P33.3
R5-P33.3
W5-P27.1
W5-P27.11
W5-P27.6
R5-P32.3
M5-P8.1
T2/B-17.1
W2/A-20.6
W5-P27.12
T5-P22.2
M4/E-12.7
F2/B-36.3
R5-P13.15
T3/B-18.4
T5-P18.13
M5-P11.1
T3/C-13.10
M5-P6.2
R3/B-31.3
R5-P34.2
R5-P34.2
F2/D-39.4
T4/C-13.17
R2/A-28.3
T5-P16.3
W2/B-21.5
R4/E-34.5
M2/A-1.3
M4/C-13.2
W4/B-21.12
R3/C-32.11
T2/A-1.16
W2/B-21.3
M5-P7.4
M2/B-3.2
M5-P1.2
T5-P20.3
M3/D-8.1
Farr
Fathi
Faucher
Fay
Navid
Ehsan
Marc
Patrick
Federici
John
Fedurin
Feiginov
Felch
Feng
Mikhail
Michael
Kevin
Jinjun
Ferrari
Finazzi
Fiorentino
Fischer
Lorenza
Marco
Giuseppe
Bernd M.
Fisher
Flanigan
Fleming
Focardi
Fosnight
Franchini
Franck
Franke
Fredebeul
Freeman
Alan
Daniel
Simon C
Paolo
Alyssa
Valeria
Joachim
Tobias
Christoph
Joshua
Freiburger
Freni
Freysz
Brennen
Angelo
Eric
Friederich
Frigerio
Friscic
Frisk
Frumar
Frydman
Fu
Fu
Fu
Fuglewicz
Fujii
Fabian
Jacopo
Tomislav
Urban
Miloslav
Aviad
Danqing
Xiaohuan
Zhengping
Boguslaw
Katsumi
T2/D-8.12
R3/B-31.2
R5-P34.1
M2/D-7.5
M4/A-1.11
T3/A-1.22
F2/A-38.6
M2/B-3.3
R3/D-26.1
W3/E-23.1
W4/D-25.7
R5-P37.4
R5-P37.5
R2/A-28.3
W3/B-21.6
R3/C-32.6
R4/C-32.13
T4/B-18.9
T2/A-16.3
W3/A-28.5
R5-P32.9
W4/A-27.1
R3/C-32.10
M3/D-8.1
W3/D-25.1
W3/A-20.13
T3/C-13.10
M2/E-9.1
W3/E-24.1
M5-P6.2
T3/D-19.5
T2/E-16.1
T4/E-16.12
T2/A-1.18
W3/B-21.6
W3/C-14.13
F2/D-39.4
W3/C-14.15
W2/C-14.6
W3/A-20.12
W3/B-21.7
M2/E-9.4
M5-P8.3
M5-P7.7
Page | 156
IRMMW-THz 2014
Fujii
Fujiwara
Fukasawa
Fukumochi
Fukunaga
Yutaka
Toshimichi
Ryoichi
Hiroyuki
Kaori
Fukunari
Masafumi
Fumeaux
Fung
Funkner
Christophe
Andy
Stefan
Furuya
Takashi
Furxhi
Orges
Futatsumori
G
G. Cooke
Gaebler
Gagnon
Gai
Gaier
Gallacher
Gallerano
Shunichi
Umesh
David
Alexander
Etienne
Wei
Todd C.
Kevin
Gian Piero
Gamzina
Ganichev
Gantenbein
Diana
Sergey
Gerd
Gao
Gao
Dongping
Jian-rong
Gao
Gaquière
Yanqing
Christophe
Garavaglia
Saul
T5-P18.5
M5-P13.8
T4/D-19.7
M2/C-6.5
T4/C-14.3
M5-P1.6
T2/D-8.14
T5-P18.5
T3/D-19.4
T5-P19.4
W2/A-20.9
M5-P7.2
M4/C-13.2
T3/C-13.12
T3/C-13.8
M4/C-13.2
T3/C-13.12
T3/C-13.8
M3/A-1.8
T3/A-1.20
M5-P2.1
W3/B-21.10
W2/C-14.7
W3/A-20.13
M5.P13.10
R3/D-26.1
R4/D-39.1
W3/B-21.6
M3/D-8.1
M5-P1.6
W5-P25.17
R3/D-34.11
W5-P27.1
W3/D-25.1
W3/D-25.2
W4/D-25.10
W5-P25.9
T5-P18.7
R4/B-35.1
W3/E-24.2
M3/E-12.2
R5-P34.1
W5-P27.1
W5-P25.17
Garbat
Garcia
Garcia
García-Muñoz
Katarzyna
Alejandro
Salvador
G.
L. Enrique
Garnache
Garritano
Arnaud
James
Gautam
Gavrilenko
Gbele
Gehm
Nutan
V.
Kokou
Michael
Geise
Geng
Genoud
Alexander
Zhi Hui
Jérémy
Gente
George
Georgiou
Ralf
Deepu
Giorgos
Gerasimov
Vasily
Gibson
Gidon
Gierl
Giliberti
Giovannacci
Giovenale
Hugh
Serge
Christian
Valeria
David
Emilio
Giovine
Girard
Gladden
Gnedenkov
Göbel
Ennio
Martin
Lynn
Aleksander
Thorsten
Goda
Godin
Gogoi
Goian
Yukihiro
Jean
Papori
Veronica
M5-P12.2
R2/D-25.11
T4/B-18.10
F2/E-34.14
R5-P34.4
W4/E-24.8
F2/C-8.4
M3/D-8.3
M4/D-8.6
T3/A-1.21
W4/A-27.1
R5-P33.3
W3/A-20.11
R5-P31.5
T2/A-1.16
W3/A-20.11
T4/A-20.4
W5-P25.8
R3/D-25.16
W5-P25.3
M4/D-8.8
W3/C-14.11
T5-P17.4
W2/B-21.2
W4/B-21.13
W4/B-21.13
F2/D-39.2
M4/A-1.14
R4/E-34.7
W4/B-21.12
M3/D-7.6
M3/D-8.1
M5-P1.6
W5-P25.17
W4/B-21.12
R5-P37.2
W3/C-14.13
W4/D-25.8
M3/A-1.6
R3/B-31.1
M5-P6.1
W5-P27.11
T5-P16.3
T4/C-14.1
Page | 157
IRMMW-THz 2014
Göktepe
Goldsmith
Baris
Paul
Goliasch
Golish
Gomez Rivas
Jens
Dathon
Jaime
Gong
Gong
Huarong
Yubin
Gonzales
Gonzales
Gonzalez
Gonzalo
Raquel
Tomas
Alvaro
Ramon
Gordon
Gorelov
Gorshunov
Grabrielli
Grady
David
Yuri
Boris
Arthur A.
C.
Hideki
Lucas Heitzman
Nathaniel
Graham
Graham
Grahn
Grandy
Grant
Gregory
Greiner-Baer
Grigelionis
Grimbert
Grischkowsky
Groppi
Chris
Darren
Holger
Emily
James
Ian
Michael
Ignas
Bertrand
Daniel
Christopher
Gossard
Goto
Gross
Grundfest
B.
Warren
F2/A-38.5
F1/P-4.1
M3/B-4.2
R3/A-29.2
T2/A-1.16
T5-P17.4
W2/B-21.2
R5-P37.6
R5-P37.4
R5-P37.5
R5-P37.6
R5-P37.7
F2/D-39.2
R5-P34.1
T3/D-19.2
W2/A-20.6
W5-P27.12
R4/B-35.3
R2/D-25.13
W2/C-14.6
R2/B-30.3
M2/A-1.2
T5-P19.1
R2/C-32.1
R4/C-32.15
M2/E-9.1
M4/C-13.4
W3/E-24.3
R5-P13.17
M2/A-1.3
M2/C-6.1
W3/E-24.3
W5-P27.8
R5-P34.1
M4/B-5.1
M3/B-4.2
M4/B-4.5
M5-P13.3
M5-P7.3
R3/A-29.4
R4/E-34.5
R2/A-28.2
F2/C-8.4
Grundt
Grüninger
Grynberg
Grzelczak
Grzyb
Gu
Gu
Gu
Guerboukha
Guillet
Gulkis
Guo
Jessica
Markus
Marian
Michal
Janusz
Jianqiang
Min
Wei
Hichem
Jean Paul
Samuel
Guo
Guo
Guo
Gupta
Gurel
Guruswamy
Guss
Wei
Xin
Barun
Ogan
Sivaraman
William
Güsten
Gutin
Haakestad
Hack
Hafez
Rolf
Alexey
Magnus W.
Erwin
Hassan
Mohammad Tanvir
Haidar
Hailey-Dunsheath
Hailu
Hajo
Hamazaki
Steven
Daniel
Ahid
Junichi
Hammar
Han
Han
Arvid
Daehoon
Jiaguang
Han
Sang-Pil
Han
Hanado
Youngnam
Yuko
M3/D-8.3
M4/D-8.6
T3/A-1.21
M5-P8.1
T3/C-13.16
W5-P27.8
M5-P8.3
W2/E-22.3
R2/E-33.2
W5-P28.5
W5-P25.8
W2/B-21.1
T3/A-1.24
W4/A-27.1
R5-P37.4
R5-P37.5
T5-P18.9
T5-P18.6
W4/B-21.5
T2/D-8.11
R4/C-32.16
R2/D-25.12
W5-P25.13
R2/A-28.3
W4/B-21.11
M3/C-10.3
M2/A-1.5
R2/E-33.3
R4/E-34.7
F2/C-4.1
R3/B-31.2
M4/A-1.12
R5-P13.12
R5-P13.14
F2/D-39.4
T5-P14.8
R2/C-32.3
R2/E-33.2
R3/B-31.5
W5-P24.3
W5-P30.1
T5-P18.8
R5-P36.1
Page | 158
IRMMW-THz 2014
Hangyo
Masanori
Hanna
Hansen
Jeremy
Hedley
Haoying
Hara
Haring Bolívar
Harmata
Haroche
Harrington
Hartnagel
Harwood
Hashemi
Wang
Shigeo
Peter
Piotr
Serge
James A.
Hans
Thomas
Mohammad R.
Hatano
Takeshi
Hatem
Hauri
Osama
Christoph
Hayashi
Kazuo
Hayashi
Hayashi
Kenta
Shinichiro
Hayton
Darren
Hazell
He
Jonathan
Fangming
He
He
Jingsuo
Wenlong
He
Headland
Heaps
Heimbeck
Yuezhi
Daniel
David
Martin
Heinrich
Heintze
Wolfgang
Eric
T5-P23.1
F1/P-9.1
T5-P16.2
W5-P24.2
R2/D-25.11
M5-P2.3
M5-P3.1
T5-P18.4
W2/C-14.9
T2/A-1.18
M5-P12.9
T1/P-37.1
T2/B-17.2
F2/B-36.7
M5-P11.1
R2/B-30.3
R5-P31.7
R2/A-28.2
W5-P28.6
M2/E-9.1
M3/E-12.1
W4/E-24.7
W3/D-25.3
W5-P25.1
M5-P13.2
M5-P7.4
R4/E-34.8
R4/B-35.1
W3/E-24.2
W2/A-19.10
T5-P18.3
T5-P18.9
M5-P13.5
R5-P34.6
W5-P25.11
W5-P26.1
R5-P36.2
F2/C-3.2
R5-P13.13
R3/C-32.11
T2/A-1.16
T5-P20.5
M4/A-1.12
W2/C-14.6
Hejase
Hekmat
Hella
Hemberger
Hendrix
Jose
Negar
Mona M.
Joachim
Ryan
Henrich
Henry
Her
Herink
Herman
Dagmar
Samuel C
T. H.
Georg
Jakub
Hesch
Hesler
Klaus
Jeffrey
Heyes
Jane
Heyminck
Hezareh
Hibino
Higgins
Higley
Himes
Hirao
Hirata
Hirokawa
Hiromoto
Stefan
Talayeh
Hiroki
Richard
Daniel
Logan
Yuya
Akihiko
Jiro
Norihisa
Hisatake
Shintaro
Hitchcock
Hocking
Hoefle
Hoeh
Hoehl
Hoffmann
Hogge
Charles
Anne M
Matthias
Michael A.
Arne
Matthias
JeanPhilippe
Hollandt
Hollister
Jörg
M.
M3/D-7.7
W4/E-24.6
W3/B-21.9
T3/C-13.16
R3/C-32.10
W2/B-21.4
W2/C-14.6
T2/D-8.12
T5-P19.7
T2/B-17.1
M5-P12.2
M5-P12.9
W3/D-25.1
R3/A-29.3
T3/A-1.22
W4/B-27.2
W4/C-27.3
R2/C-32.1
R4/C-32.15
R2/A-28.3
M5-P4.2
R2/E-33.3
R5-P13.16
T2/A-16.3
R3/D-34.11
R5-P31.6
R4/A-38.2
R4/A-38.2
M5-P1.5
M5-P7.4
R3/A-27.6
F2/C-3.4
M3/B-3.4
T3/C-13.7
T2/D-8.11
T2/D-8.12
M2/C-6.4
R2/C-32.4
T2/E-16.5
T2/A-16.3
R3/D-25.16
W5-P25.3
M4/C-13.3
F2/C-4.1
Page | 159
IRMMW-THz 2014
Hommes
Hong
Hong
Hong
Honingh
Honma
Honniball
Alexander
Cheng
Kyung-Han
Yongjun
Cornelia
Michinori
Casey
Horie
Horiguchi
Horvat
Hiroaki
Shogo
Joseph
Hosako
Iwao
Hoshina
Hou
Hou
Howes
Hruszowiec
Hsieh
Hu
Hu
Hu
Hiromichi
Lei
Xiao Wan
John
Mariusz
Yi-Da
Fangjing
Fengqi
Qing
Hu
Hu
Huang
Huang
Wenjuan
Zhijing
Jingguo
Minzhi
Wenqian
Ronny
Xiang
Ya
Huang
Huang
Huang
Huang
Huang
Hübers
Yinhu
Zhiming
Heinz-Wilhelm
M3/C-10.4
T5-P18.1
R4/B-36.1
W5-P25.10
R2/A-28.1
T2/A-34.10
M3/B-4.2
M4/B-4.5
T4/A-20.4
M3/B-3.4
T5-P14.5
T5-P14.7
M3/B-3.6
R5-P13.12
R5-P13.14
R5-P31.2
R5-P35.1
R5-P36.1
T5-P23.1
W2/C-14.8
M5-P1.3
W5-P25.8
T4/A-20.4
M5-P8.3
M5-P13.1
W2/A-19.10
W3/A-20.12
R4/B-35.1
W3/E-24.2
W3/A-20.13
W3/B-21.7
M3/E-12.2
R5-P37.6
Hudlicka
Huebsch
Hui
Humbert
Hummelt
Humphreys
Hussein
Ibey
Ibrahim
ichikawa
Ichioka
Idehara
Martin
Daniel
Li
Georges
Jason
David
Yasser
Bennett
Akram
ryuji
Ryoichi
Toshitaka
Idei
Iida
Hiroshi
Hitoshi
Ikari
Ikeda
Tomofumi
Ryosuke
Ikeda
Ikeda
Ikeda
Ikeuchi
Il'in
Imai
Imamura
Inaba
Sho
Shohei
Yu
Shinji
Konstantin
tsuyoshi
Motoki
Hajime
R4/B-36.1
R5-P34.13
R2/A-28.2
W5-P28.6
W5-P25.19
M3/E-12.2
Inam
Iniguez de la
Torre
Inokawa
Iqbal
Irimajiri
Anns
M3/C-10.2
M4/B-4.3
T2/E-16.5
W2/E-22.2
Irizawa
Isella
Akinori
Giovanni
Ignacio
Hiroshi
Azhar
Yoshihisa
W3/E-24.3
W4/C-15.2
M5-P7.12
T3/C-13.10
R5-P34.13
R4/C-32.13
R3/E-34.1
M5-P7.8
T5-P18.13
M5-P8.1
R2/E-33.3
M5-P13.2
W4/D-25.9
R2/D-25.15
R3/D-25.17
T4/D-19.7
W4/D-25.9
W5-P25.4
W2/D-19.13
M5-P7.1
M5-P7.5
M2/C-6.5
T3/D-19.4
W3/D-25.3
W5-P25.1
R5-P33.1
W2/C-14.9
M5-P3.3
R3/D-25.17
W2/C-14.6
W5-P25.1
M5-P7.6
M5-P13.1
M5-P13.2
R4/A-38.3
R5-P34.1
R3/A-27.6
M2/E-9.5
R5-P31.2
R5-P35.1
R5-P36.1
T5-P23.1
T4/E-16.14
W3/B-21.6
Page | 160
IRMMW-THz 2014
Ishi
Tsutomu
Isota
Isoyama
Ito
Ito
Ito
Ives
Iwamae
Iwaszczuk
Yoji
Goro
Hiroyuki
Kenji
Ryouta
R. Lawrence
Atsushi
Krzysztof
Izaak
Jackson
Jacobs
Jagtap
Jahn
Jakoby
Tatyana
JB
Karl
Vishal
David
Rolf
Janek
Jansen
Janssen
Janssen
Jarrahi
Marian
Christian
Michael
Reinier
Mona
Jarzab
Jaunich
Jawla
Przemyslaw
Matthias
Sudheer
Jebamalaidass
Jeffries
Jellema
Jelonnek
Shourie
Ranjana
Gavin
Willem
John
Jeon
Jeong
Jeong
Jepsen
Min Yong
Jeeyoon
Jin-Young
Peter Uhd
M2/A-1.2
M2/C-6.3
T2/A-34.10
T4/E-16.14
R5-P36.1
T2/A-34.10
T2/A-34.10
W5-P25.13
M4/C-13.2
T2/A-16.4
W2/C-14.7
W3/C-14.12
M3/D-7.6
R2/A-28.1
W2/D-19.12
T4/A-20.3
M2/C-6.4
T4/A-20.2
W3/A-20.13
M3/C-10.5
R3/C-32.8
F2/D-39.1
R2/A-28.3
R2/B-30.3
R5-P31.7
M5-P8.3
T5-P14.1
R2/D-25.12
W2/D-19.13
W5-P25.13
W3/B-21.10
M3/D-8.2
M4/B-4.4
W3/D-25.1
W3/D-25.2
W4/D-25.10
W5-P24.3
W3/B-21.8
W2/C-14.10
T2/A-16.4
T3/E-16.8
T4/E-16.11
Jerominek
Jesorka
Jessop
Jeunesse
Hubert
Aldo
David
Pierre
Ji
Min
Ji
Jia
Jiang
Jiang
Jiang
Y.
Tao
Aiting
J.
Jun
Jiang
Jiang
Qi
Yifan
Jiang
Zhenguo
Jimenez
Jin
Jin
Jin
Ralph
Biaobing
Feng
Jianbo
Jin
Jing
Jo
Johnson
Jones
Jones
Jones
Jongma
Jonuscheit
Kyong
Hwan
Chunguang
Hanlae
Brad
Glenn
Hannah
William
Rienk
Joachim
Joshi
Jost
Prakash
Matthias
Jougataki
Joye
Jukam
Jung
Jung
Jung-Kubiak
Kohei
Colin
Nathan
Cecile
Seungyong
Cecile
W2/C-14.7
R4/C-32.14
M3/D-8.2
M3/A-1.7
M5-P6.3
R4/B-35.2
R2/A-28.2
W5-P28.6
W5-P26.5
W5-P28.5
W4/E-24.5
R5-P35.2
T4/E-16.13
W5-P27.14
W3/A-20.12
W2/E-22.4
W4/E-24.5
M4/A-1.11
T3/A-1.22
W3/C-14.11
R4/C-32.12
W5-P25.14
W3/D-25.1
W4/D-25.10
M5-P1.4
R3/D-26.1
T5-P14.8
W3/A-28.5
W3/A-28.5
R3/C-32.10
W3/C-14.13
T5-P16.3
T2/A-1.18
T3/C-13.10
T5-P14.6
T4/A-20.2
W3/A-20.13
R5-P31.6
W3/E-23.2
W4/E-24.6
T4/A-20.1
W4/E-24.5
F2/E-34.10
R5-P34.9
Page | 161
IRMMW-THz 2014
Junqueira
Kaðalynas
Kadlec
Mateus Augusto
Irmantas
Christelle
Kadlec
Filip
Kadoya
Kagami
Kahl
Kajiwara
Yutaka
Osamu
Matthias
Ken
Kalaria
Kalinin
Kallfass
Kaltenecker
Kamaraju
Kamba
Kambara
Parth
Peter
Ingmar
Korbinian
J.
N.
Stanislav
Ohki
Kamenskyi
Kanareykin
Kanaya
Kancleris
Kaneko
Kanemitsu
Kang
Dmytro
Alexei
Hidetoshi
Žilvinas
Keiko
Yoshihiko
Chul
Kang
Lin
Kang
Kangas
Kangaslahti
Xiaoke
Ville
Pekka
Kanno
Kanygin
Kao
Atsushi
Micael
Tsung-Yu
Karabey
Karandikar
Onur
Hamza
Yogesh
T5-P19.1
T3/A-1.23
M4/E-12.8
T4/C-14.1
W3/C-14.15
T4/C-14.1
W3/C-14.15
R5-P31.6
R4/A-38.1
T2/A-1.18
T3/D-19.4
W3/D-25.3
W5-P25.1
W3/D-25.1
W5-P26.4
R4/A-38.3
R4/C-32.13
W4/B-21.11
T4/C-14.1
T3/B-18.5
T5-P14.9
T5-P16.3
R3/D-26.1
W3/E-23.1
R5-P32.6
T3/D-19.2
M3/E-12.3
M4/E-12.6
W3/C-14.14
R4/C-32.12
W5-P28.5
T4/E-16.13
F2/D-39.2
F2/D-39.3
M5-P7.2
R4/D-39.1
M3/B-3.6
M5-P12.5
R4/B-35.1
W3/E-24.2
W3/A-20.13
R4/D-39.4
Karasik
Karch
Karczewski
Karetnikova
Kariya
Kärtner
Kartsev
Kasa
Kasalynas
Boris
Johannes
Grzegorz
Tatiana
Tsuyoshi
Franz X.
Piotr
Jun
Irmantas
Kasamatsu
Akifumi
Kasap
Kasjoo
Kasparek
Kasper
Katayama
Safa
Shahrir
Walter
Bryon
Ikufumi
Katletz
Kato
Kato
Katori
Kaur
Kaveev
Kaveeva
Kawahata
Kawakami
Kawamura
Kawanishi
Stefan
Eiji
Ryukou
Noriko
Amanpreet
Andrey
Elizaveta
Kazuo
Akira
Jonathan
Tetsuya
Kawase
Kawase
Keigo
Kodo
Kazemipour
Alireza
Kee
Kehrt
Keil
Chul-Sik
Mathias
Andreas
W4/A-27.1
W5-P27.1
W5-P27.8
T3/E-16.10
W5-P25.1
R4/B-36.1
M5-P13.7
R3/D-25.17
M2/A-1.4
M2/C-6.2
T4-P19.5
M4/A-1.12
R5-P13.12
R5-P35.1
T5-P18.5
W3/C-14.15
M3/A-1.9
W3/D-25.2
M4/C-13.5
R5-P31.2
R5-P35.1
T5-P16.4
M5-P7.11
R5-P13.13
T4/E-16.14
M5-P6.1
M3/D-7.7
R5-P34.3
R5-P34.3
W5-P24.1
T5-P23.1
W4/A-27.1
M3/B-3.6
R5-P35.1
T4/E-16.14
M4/D-8.9
R4/E-34.8
T3/C-13.11
T3/C-13.12
M5-P7.12
T2/B-17.5
W3/C-14.14
M4/C-13.3
T2/A-1.18
Page | 162
IRMMW-THz 2014
Keizer
Kempa
Kempe
Keusgen
Khokhlov
Geert
Martin
Kalle
Wilhelm
Dmitrii
Khudchenko
Khutoryan
Kim
Kim
Kim
Kim
Kim
Kim
Kim
Andrey
Eduard
Anna
Chi Yup
Dai-Sik
Jung Ho
Kyung-Soo
Min Hee
Namje
Kim
Seongsin
Margaret
Kim
Kimani
Kimura
Soohyun
Martin
Hiroto
Kimura
Kinev
Takuji
Nickolay
Kinoshita
Moto
Kishibata
Toshihiro
Kitajima
Kitamura
Kitayama
Kitiyakara
Kiuru
Klapwijk
Masahiro
Kenji
Kenichi
Amarit
Tero
Teun
Klarskov
Klein
Klein
Kleiner
Pernille
Bernd
Ulf
Reinhold
W2/D-28.15
T4/C-14.1
F2/D-39.4
F2/A-38.5
M4/E-12.7
W5-P28.3
W3/E-24.2
W5-P25.4
M3/D-8.2
M5-P1.4
W3/B-21.8
W5-P25.10
T4/B-18.8
W5-P24.3
R3/B-31.5
W5-P24.3
W5-P30.1
M4/E-12.6
R3/C-32.11
T4/C-14.5
T4/B-18.8
M5-P12.3
M5-P13.1
M5-P13.2
R2/D-25.11
R2/A-28.2
W5-P28.6
M5-P7.1
M5-P7.5
M5-P7.7
T3/C-13.12
W5-P24.2
T5-P16.4
M5-P12.4
M3/B-3.6
F2/D-39.1
T3/B-18.1
R2/A-28.3
R2/A-28.4
T3/E-16.8
R2/A-28.3
F2/D-39.2
R2/A-28.2
W5-P28.6
Klisnick
Kloosterman
Geoffroy
Jenna
Knap
Wojciech
Knight-Percival
Knyazev
Alexander
Boris
Ko
Ko
Ko
Kobayashi
Kobayashi
Koch
C.
Do-Kyeong
Hyunsung
Kengo
Takayuki
Martin
Koch
Stephan
W.
Kochetkova
Kohmura
Koizumi
Kojima
Kojima
Kokh
Kölle
Koller
Komori
Komurasaki
Tatiana
Akiko
Hiroyuiki
Hiroaki
Masami
Konstantin
Dieter
Daniel
Fumio
Kimiya
Komuro
Konczykowska
Kong
Konoplev
Takumi
Agnieszka
Moon Sik
Ivan
Kooi
Jacob
W2/D-19.12
M3/B-4.2
M4/B-4.5
R4/B-35.1
R5-P33.3
W4/B-21.11
W5-P27.1
W5-P27.11
W5-P27.6
M4/C-13.4
T3/C-13.9
W4/B-21.13
R5-P35.2
M5-P12.4
R3/B-31.5
W5-P27.6
W3/D-25.3
F2/A-38.7
M4/D-8.8
M5-P1.1
R3/C-32.8
R5-P32.4
T4/A-20.3
T5-P14.10
W4/E-24.4
T3/C-13.6
W4/E-24.4
M5-P12.10
M5-P2.1
T5-P19.4
T2/D-8.14
T3/B-18.2
T4/C-14.2
W5-P28.6
W4/C-27.3
R2/E-33.3
T3/D-19.4
T5-P19.4
T2/A-34.10
W5-P27.11
W5-P24.3
F2/E-34.13
R5-P34.16
M4/B-4.5
Page | 163
IRMMW-THz 2014
Kopyt
Pawel
Koshelenko
Koshelets
Valery
Valery P.
Koshliakov
Kosobutsky
Kostakis
Kotelnikov
Pavel
Alexey
Ioannis
Igor
Kotera
Kotiranta
Kovacs
Kreisler
Kreouzis
Kreysa
Krimi
Kropotov
Krotkus
Masaki
Mikko
Attila
Alain
Theo
Ernst
Soufiene
Grigory
Arûnas
Krozer
Viktor
Kruchinin
Kruchinina
Kubarev
Vladimir
Margarita
Vitaly
Kubo
Kucharski
Kuenzi
Kuftin
Shin
Krzysztof
Linda
Andrey
Kuhlmey
Kula
Kulesa
Boris T
Przemys³aw
Craig
Kuleshov
Kulipanov
Kull
Kumagai
Alexei
Gennady
Lukas
Motohiro
Kung
Patrick
R3/A-29.4
W5-P27.10
W5-P27.7
W5-P27.9
M5-P1.8
R2/A-28.2
W5-P28.6
W4/C-15.3
W5-P14.11
R3/B-31.2
T5-P21.3
W4/B-21.13
R3/D-25.17
R3/A-29.2
M5-P4.2
W2/D-19.12
R5-P31.4
M5-P4.2
T3/C-13.10
R5-P34.3
M2/A-1.4
T3/A-1.23
M4/A-1.12
W5-P27.2
T3/C-13.9
T3/C-13.9
T2/A-16.2
W4/C-15.3
R3/D-25.17
W5-P27.9
R3/A-29.4
W3/D-25.4
W4/D-25.8
R5-P32.9
M5-P12.9
M3/B-4.2
M4/B-4.5
R3/A-29.4
W5-P25.4
W4/B-21.13
T3/B-18.4
R5-P36.1
T5-P23.1
M4/E-12.6
Küppers
Franko
Kurashina
Kuri
Kurihara
Kurihara
Kurita
Kut'ko
Kuwashima
Seiji
Toshiaki
Kazuyoshi
Takayuki
Yuki
Volodymyr
Fumiyoshi
Kužel
Petr
Kuzmenko
Kuznetsov
A.B.
Sergei
Kwon
Kwon
Laemmle
Lai
Lai
Lalanne-Déra
Lamb
Lampasi
Lampin
Won Sik
Yong Seok
David
Richard
Zonghe
Jérémy
James
Alessandro
JeanFrançois
Lang
Lange
Langenbach
Langley
Lansky
Jiandong
Karsten
Malte
Derrick
Gregory
Lapthorn
Laurain
Laurin
Law
Adrian
Alexandre
Patrick
Jeremy
Lawrence
Nick
Leal-Seviallano
Lechte
Carlos
Carsten
R3/C-32.11
T4/C-14.5
F2/B-36.7
R4/E-34.7
M2/A-1.2
M3/B-3.6
W5-P24.2
R3/C-32.7
W5-P27.6
T5-P16.3
T3/C-13.12
W5-P24.2
M4/E-12.8
T4/C-14.4
T4/B-18.7
M5-P1.8
W2/D-19.11
T4/B-18.8
W5-P24.3
T4/A-20.2
M5-P7.2
W5-P27.4
M4/A-1.14
R4/E-34.5
W5-P25.17
F2/C-3.4
M5-P3.5
R2/B-30.1
R2/B-30.2
W5-P25.15
R2/B-30.5
T3/C-13.16
R3/C-32.10
T4/C-14.2
W3/C-14.12
M5-P11.1
T3/C-13.6
R5-P37.2
M2/D-7.5
W5-P30.2
M5-P2.3
M5-P3.1
F2/E-34.10
W3/D-25.2
Page | 164
IRMMW-THz 2014
LeDuc
Lee
Henry
Choonsup
Lee
Eui Su
Lee
Il-Min
Lee
Lee
Lee
Lee
Lee
Lee
Lee
Legarra
Lehman
Lehman
Lei
Lei
Leitenstorfer
Leong
Leonhardt
Joong
Wook
Kwanghee
Kyu-Sup
Sun-Goo
Tom
Woo-Jung
Yoon
Jim
John
Norman
Wenqiang
Xiaolin
Alfred
Kevin
Rainer
Lepodise
Leroy
Lesser
Lucia
Jonathan
David
Letizia
Leuchs
Rosa
Gerd
Leuterer
Leuther
Levush
Fritz
Arnulf
Baruch
Lewis
Lewis
R. A.
Roger
Lewis
Li
Li
Samantha
Bin
Chao
Li
Daohui
R4/E-34.5
T4/A-20.1
T5-P20.2
W2/E-22.1
R5-P34.8
W5-P30.1
R3/B-31.5
W5-P30.1
W3/C-14.14
W3/B-21.8
M5-P12.4
W3/C-14.14
R1/P-3.1
M4/E-12.6
T2/D-8.10
R2/D-25.11
M2/D-7.3
T2/D-8.11
W5-P25.19
T5-P14.3
M2/E-9.2
T5-P23.2
T3/D-19.3
W4/B-20.1
T5-P14.5
R4/C-32.13
M3/B-4.2
M4/B-4.5
R3/D-34.11
F2/E-34.14
R5-P34.4
W3/D-25.2
R3/A-29.2
R2/D-25.11
W3/E-23.2
T5-P14.7
M3/E-12.5
M5-P13.9
T5-P14.5
R3/E-34.1
T4/B-18.6
M5-P1.2
T5-P20.3
R5-P34.6
Li
Dazhi
Li
Li
Li
Li
Li
Dehua
hourong
Jiaqi
Jining
Ke
Li
Lianhe
Li
Li
Li
Li
Li
Li
Li
Li
Li
Li
Li
Li
Li
Liang
Liang
Meijiao
Ning
Qian
Quan
Shifeng
Xiang
Yangfang
Yanlin
Zeren
Zheng
Zhi
ZhiFeng
Zhongxiao
L. J.
Min
Lichtenberger
Arthur
Liepelt
Lim
Lin
Lin
Linfield
Sascha
Boon
M.
Robert
Edmund
Linxi
Lisauskas
Zhang
Alvydas
Lista
Litvak
Florigio
Aleksander
R5-P37.4
R5-P37.5
T5-P32.1
T5-P20.4
T5-P16.1
R5-P32.10
R5-P34.7
W5-P26.6
W3/E-24.1
W4/E-24.6
W3/A-20.12
W4/E-27.4
W4/E-27.4
R2/E-33.2
R5-P37.7
W5-P25.15
W5-P24.4
W3/B-21.7
T3/B-18.3
M5-P10.2
M5-P8.2
W4/E-27.4
T5-P16.1
R4/C-32.12
R5-P31.5
W3/A-20.11
M2/D-7.1
M4/B-4.5
R3/A-29.4
W4/A-28.2
M4/D-8.8
R4/D-39.1
R5-P35.2
W2/E-22.1
M2/E-9.1
W3/E-24.1
W4/E-24.6
T5-P18.4
M4/A-1.12
R5-P33.4
R5-P33.7
W5-P27.2
M3/D-8.1
W4/D-25.8
Page | 165
IRMMW-THz 2014
Litvak
Litvak
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Alexander
Alexander
Diwei
Dong
Feng
Gao Feng
Guo
Hong
Lei
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Pengxiang
Pu Kun
Qiao
Qinglun
Shenggang
Shiyong
Shuchang
Liu
Liu
Wenkai
Wenxin
Liu
Liu
Liu
Liu
X.
Xiaoguang
Yu
Zhaojun
Liu
Llombart
Zhi
Nuria
Llombart Juan
Löffler
Loh
Lohr
Lonshakov
Lou
Louksha
Nuria
Torsten
Jamie
John
Evgeny
Xiao
Oleg
W3/D-25.2
W3/D-25.4
W5-P25.5
T5-P21.2
R4/E-34.6
W5-P25.8
W5-P26.1
M5-P1.3
M4/A-1.11
T3/A-1.22
T5-P16.1
W5-P25.8
T3/B-18.3
T5-P18.3
W5-P25.5
T5-P14.3
R4/C-32.16
T4/A-17.6
T5-P16.5
R3/D-25.19
R5-P34.12
R5-P34.15
R5-P34.7
T5-P18.6
T5-P19.3
T5-P21.2
W5-P26.6
W5-P26.5
W3/A-20.12
T5-P18.1
W2/E-22.5
W3/E-22.6
T5-P16.5
T3/D-19.5
T5-P20.2
W2/A-20.8
T4/A-20.1
T2/A-1.18
W4/C-15.1
R2/D-25.13
W2/D-19.11
M5-P1.3
W5-P25.12
W5-P25.9
Lu
Lu
Lu
Lu
Bin
Hong
Qingming
Wei
W5-P27.14
R2/B-30.3
W2/E-22.5
R5-P33.2
W4/E-27.4
R5-P37.5
W2/A-19.10
R2/D-25.11
R3/D-34.11
W3/A-20.12
R5-P36.3
M3/E-12.1
T5-P16.5
T5-P18.3
T5-P18.9
W5-P25.16
W5-P27.7
W5-P27.8
W5-P27.9
T4/E-16.11
M5.P13.10
Lu
Lucyszyn
Lugos
Luhmann, Jr.
Zhigang
Stepan
Pam
Neville
Lumpkin
Luning
Luo
Alex
Jan
Jirun
Lusakowski
Jerzy
Lwaszczuk
Lytle
M. N.
Ma
Ma
Ma
Krzysztof
Amy
Satyanarayan
Guohong
Guowu
Jianjun
Ma
Mabon
MacLachlan
Tian
John
Amy
Macor
MacPherson
Alessandro
Emma
Maestrojuan
Maffia
Makarov
Malinka
Malureanu
Maly
Malygin
Malygin
Malygin
Malygin
Itziar
Giuseppe
Sergei
Wieslaw
Radu
Thorsten
Anton
Sergey
Vladimir
Vladimir
W3/B-21.10
W4/C-14.16
W5-P25.19
F2/A-38.6
M2/B-3.3
F2/C-20.1
M3/E-12.5
F2/E-34.13
R5-P34.16
R4/E-34.9
F2/E-34.11
R5-P36.2
W5-P27.12
W5-P25.17
M5-P1.8
M5-P8.3
T3/E-16.8
T4/D-19.7
W3/D-25.1
W3/D-25.2
W3/D-25.4
W4/D-25.8
Page | 166
IRMMW-THz 2014
Mandehgar
Mani
Mahboube
h
Hamdi
Mann
Manuilov
Marchese
Marczewski
Mathew
Vladimir
Linda
Jacek
Markelz
Andrea G.
Markmann
Markov
Sergej
Andrey
Marks
Daniel
Marsden
Martin
David
Matthieu
Martin
Martin
Martin
Martinez
Massler
Masuelli
Mateos
Matheisen
Mather
Mathew
Matsubara
Olivier
Rafael G.
Sébastien
Jaione
Hermann
Laura
Javier
Christopher
John
Rachel
Eiichi
Matsui
Matsui
Matsuki
Mauskopf
Hiroaki
Hiroshi
Yoh
Philip
M4/B-5.1
M4/B-4.5
M5-P13.3
M5-P7.3
R3/A-29.4
W3/A-28.5
M3/B-4.2
M5-P12.3
W4/D-25.8
M3/A-1.10
W5-P27.10
W5-P27.6
W5-P27.7
W5-P27.9
M4/D-8.5
W3/C-14.11
W4/E-24.6
M2/B-3.1
W2/B-21.1
M3/A-1.8
T3/A-1.20
W5-P25.13
R2/B-30.4
R3/B-31.4
T2/B-17.3
M3/A-1.10
T4/B-18.10
M4/A-1.14
F2/D-39.2
R3/A-29.2
M3/D-8.1
R5-P34.1
T5-P17.4
M1/P-4.1
T5-P14.6
M3/E-12.3
T3/C-13.14
T4/E-16.14
R2/E-33.5
T4/C-14.3
T4/D-19.7
M5-P13.3
R4/E-34.5
W3/A-28.5
Maussang
May
Kenneth
Robert K.
Mayer
Maysonnave
Mazzocchi
McCarrick
McClintic
McElhinney
McGarey
McKay
McKenney
Mehdi
Bernhard
Jean
Francesco
Heather
Abbi
Paul
Patrick
Richard
C.
Imran
Meier
Andreas
Meier
Meilhan
Melentyev
Melzer
Mendéz-Aller
Dominik
Jérôme
Grigory
Jeffrey E.
Mario
Meng
Meng
Menten
Menu
Merbold
Merx
Messinger
Meyer
Mezi
Miao
Middendorf
Chao
Kun
Karl
Michel
H.
Sebastian
Tobias
Chris
Luca
Li
John R.
Miedzinska
Mikhailov
Mikheev
Danuta
N. N.
Mikhail
W3/E-24.1
M2/C-6.1
M2/D-7.4
M2/E-9.2
W3/E-24.1
R3/D-25.18
W3/A-28.5
T2/D-8.12
W5-P25.11
R3/A-29.4
R5-P13.13
F2/C-4.1
T4/A-20.1
T5-P22.1
W2/E-22.1
R3/D-25.18
W3/D-25.2
W5-P25.6
R4/A-38.3
M4/A-1.14
T5-P21.1
T2/B-17.2
F2/E-34.14
R5-P34.4
M5-P9.1
T3/B-18.3
M5-P4.2
M3/D-7.6
T4/B-18.7
T5-P18.2
R4/A-38.3
R2/D-25.11
W5-P25.17
W5-P27.14
R2/B-30.4
R3/B-31.4
T3/C-13.15
T5-P19.6
W2/B-21.4
W2/D-19.14
W5-P30.2
M5-P7.9
R5-P33.3
W5-P28.3
Page | 167
IRMMW-THz 2014
Miller
Minami
Minami
Minamide
Amber
Ryutaro
Yasuo
Hiroaki
Minamikata
Mineo
Minin
Yusuke
Mauro
Igor
Minin
Oleg
Minoshima
Kaoru
Minowa
Mir
Mirizzi
Mishin
Missous
Mitkov
Mitra
Mitrofanov
Yosuke
Amna
Francesco
Maxim
Mohamed
Mihael
Rajib
Oleg
Mitsudo
Mittendorff
Mityagin
Miyajima
Miyata
Miyoshi
Mizuno
Moeller
Moeller
Mogi
Mogi
Mohandas
Moldavskaya
Möller
Molloy
Seitaro
Martin
Yury
Yu
Eisuke
Masaru
Maya
Charles
Lothar
Hosei
Hosei
R. A.
Maria
Christoph
John
W3/A-28.5
W5-P25.1
T5-P16.4
M5-P7.4
R4/E-34.8
M3/B-3.4
R3/D-34.11
T5-P17.1
T5-P17.3
T5-P20.1
T5-P17.3
T5-P20.1
M5-P13.1
M5-P13.2
T4/D-19.10
M5-P1.7
W5-P25.17
W5-P25.7
R3/B-31.2
T3/C-13.9
F2/C-12.1
M2/E-9.1
M3/A-1.7
T2/B-17.2
T4/A-17.6
T4/C-14.4
M5-P13.8
M2/C-6.4
M5-P13.7
W5-P27.3
M4/D-8.9
M2/A-1.2
T2/D-8.14
R2/D-25.13
M2/B-3.3
R5-P13.12
R5-P13.14
W4/E-24.6
T5-P21.1
W4/E-24.4
M3/C-10.5
M5-P7.8
T4/C-14.2
W3/C-14.12
Moloney
Jerome
Molter
Monaco
Monnai
Monoszlai
Monte
Moodie
Moon
Daniel
Francesco
Yasuaki
balazs
Christian
David
Kiwon
Morandotti
Moreno
Morf
Morimoto
Roberto
Gabriel
Thomas
Takao
Morioka
Moriyama
Morohashi
Kazuyuki
Shinichi
Isao
Morozov
Mosallaei
Mosbacker
Mosbacker
Moseley
Moukadem
Moumdji
Mounaix
S.
Hossein
Howard
Howard
Lee
Paul
Ali
Souad
Patrick
Mourou
Mroczkowski
Mueckstein
Mukai
Müller
Müller
Müller
Münich
Murate
Gerard
Tony
Raimund
Noriyuki
Ralf
Ralph
Stefan
Max
Kosuke
R3/C-32.8
R5-P32.4
T3/C-13.6
T3/C-13.10
W3/D-25.2
T4/A-20.3
W4/E-24.7
M4/C-13.3
M2/E-9.1
R3/B-31.5
R5-P34.8
T5-P18.11
W5-P21.1
T3/B-18.4
M2/A-1.2
M2/C-6.3
M5-P2.1
W3/D-25.3
M3/B-3.6
R5-P31.2
R5-P35.1
R5-P36.1
T5-P23.1
R5-P33.3
R2/C-32.2
W5-P30.2
M2/D-7.5
T4/D-19.8
T4/B-18.9
W3/E-24.1
M4/A-1.13
R5-P13.15
T3/A-1.24
T4/C-14.4
T5-P18.10
M3/D-7.6
W3/A-28.5
M2/E-9.1
T4/D-19.10
R2/B-30.5
T2/E-16.5
W3/D-25.2
W3/D-25.2
R4/E-34.8
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Muraviev
Murk
Muthee
Myara
Myasnikov
Andrey
Axel
Martin
Mikhaël
Vadim
Naftaly
Mira
Nagai
Masaya
Nagano
Shigeo
Nagao
Nagasawa
Nagase
Nagatsuma
Tadaaki
Masashi
Tomohiro
Tadao
Nagel
Nahar
Nahar
Nahata
Michael
Niru
Shamsun
Ajay
Nakajima
Nakamura
Nakata
Nakatsuka
Nakayama
Nalpantidis
Nanni
Narayanan
Narhi
Natrella
Navarro-Cia
Makoto
Keita
Ryohei
Hirotaka
Kazuya
Konstantinos
Emilio A.
Gopal
Tapani
Michele
Miguel
Nawata
Kouji
T3/C-13.11
W4/B-21.11
T4/C-13.17
R3/E-34.4
W4/E-24.8
W3/D-25.2
W4/D-25.8
M3/C-10.5
M5-P7.8
R5-P13.17
T4/C-14.2
W3/C-14.12
M3/E-12.3
T3/C-13.14
T4/D-19.10
T4/E-16.14
R5-P36.1
T5-P23.1
T5-P16.4
T2/A-34.10
M4/C-13.2
F2/C-3.4
M3/B-3.4
T3/C-13.7
T5-P17.4
T2/D-8.11
W3/B-21.9
M3/B-3.5
R4/C-32.16
T4/A-17.6
W4/B-21.5
R3/C-32.7
R3/C-32.7
W2/C-14.9
T4/A-20.4
W5-P24.1
T3/C-13.10
R4/B-36.1
M4/B-4.5
F2/D-39.2
M2/E-9.1
T2/B-17.2
T4/C-14.4
M5-P7.4
Naylor
Nazarov
Neilson
Nemec
Nenzi
Neto
David
Maxim
Jeff
Hynek
Paolo
Andrea
Neu
Neumaier
Jens
Philipp
Nezadal
Ng
Martin
Brian
Ng
Wei-Ren
Nguyen
Khanh
Nichiporenko
Vadim
Nicorici
Niehues
Andrey
Gudrun
Niessen
Nikitin
Nikola
Nishina
Nishiura
Nishizawa
Katherine
A.
Alexey
T.
Shigeki
Masaki
Jun-ichi
Niu
Nodjiadjim
Noll
Nolte
Nong
Nose
Notake
Notni
Tiaoming
Virginie
James
Stefan
Hanond
Toshiaki
Takashi
Gunther
R4/E-34.8
M4/B-4.6
R5-P32.5
W5-P25.13
M2/E-9.5
M3/D-8.1
R3/C-32.6
T1/P-20.1
T3/D-19.5
W2/A-20.8
R2/C-32.4
W2/E-22.2
W4/C-15.2
M5-P7.10
M5-P2.3
M5-P3.1
R5-P31.5
T2/A-1.16
W3/A-20.11
R2/D-25.11
W3/E-23.2
W3/D-25.2
W4/D-25.8
M4/E-12.7
M4/C-13.2
T3/C-13.12
T3/C-13.8
M4/D-8.5
W4/B-21.13
F2/C-4.1
M5-P7.6
R3/D-25.17
M5-P13.12
T5-P14.9
W2/A-20.9
W5-P27.11
M3/B-4.2
T4/D-19.6
W4/E-24.6
T2/A-34.10
M5-P7.4
M3/A-1.6
T4/D-19.6
T5-P18.2
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Nouvel
Novikov
Novoselov
Nowak
Nowroozi
Philippe
Vladimir
Evgenii
Kacper
Bryan
Nukariya
Nusinovich
Nykänen
O’Hara
Obrebski
Ochiai
Oda
Takuro
Gregory
Henri
John
Dariusz
Satoshi
Naoki
Oda
Yasuhisa
O'Dougherty
Ogawa
Oglesby
Oguchi
Oguri
Oh
Ohta
Ohtake
Stefan
Isamu
Ken
Kenichi
Katsuya
Seongshik
Hitoshi
Hideyuki
Okada
Okajima
Okotrub
Okubo
Okuno
Okuyama
Kunio
Shigeki
Alexander
Susumu
Tsutomu
Takeshi
Okuzaki
Olbrich
Oogimoto
Orlita
Ortolani
Hidenori
Peter
Kazuki
Milan
Michele
Ospald
Oswald
Frank
John
M5-P3.5
W4/D-25.8
R3/A-29.1
M5-P8.3
F2/C-8.4
M3/D-8.3
M4/D-8.6
T3/A-1.21
W5-P27.3
W2/D-25.5
T5-P21.1
M2/D-7.2
W5-P27.10
T5-P23.1
M2/A-1.2
M2/C-6.3
T3/D-19.4
W3/D-25.3
W5-P25.1
M3/B-4.2
W4/D-25.9
F2/B-36.3
T3/C-13.13
R2/E-33.3
M3/E-12.4
W2/C-14.9
T3/C-13.14
T3/C-13.14
T4/D-19.10
M5-P2.1
W5-P24.1
M5-P12.5
W2/C-14.9
T3/B-18.2
T3/C-13.12
W5-P24.2
M4/E-12.9
W5-P27.1
M3/B-3.4
T4/C-14.1
W3/B-21.6
W4/B-21.12
M5-P7.9
F2/D-39.1
Otani
Chiko
Oto
Otsuji
Otter
Ouedraogo
Oueslati
Oulachgar
Ould Hamouda
OuYang
Ozaki
Ozawa
Padmanabhan
Pagonakis
Pal
Palenskis
Palka
Ken-ichi
Taiichi
William
Raoul
Nejla
El-Hassane
Amine
Cheng
Tsuneyuki
Shinpei
Sharmila
Ioannis
Shovon
Vilius
Norbert
Palm
Andrew
Pan
Yi
Pandey
Panevin
Pantoja
Paoloni
Papageorgiou
Paquet
Parashar
Park
Park
Park
Park
Shashank
Vadim
Mario F.
Claudio
Andreas
Romain
Jetendra
Choon-Su
Gun-Sik
Jeong-Woo
Kyoung
Youl
Park
Kyung
Hyun
Park
Parka
Sungchan
Janusz
M4/E-12.9
R5-P33.1
W2/C-14.8
R3/C-32.7
W5-P27.6
W2/A-19.10
R4/B-35.3
T5-P18.15
R4/C-32.14
T4/E-16.12
M3/E-12.2
R2/E-33.3
M4/C-13.2
R4/D-39.1
W3/D-25.1
W4/E-24.6
W5-P27.2
M5-P7.9
R5-P13.15
M5-P10.3
R5-P32.8
R5-P36.3
M3/A-1.9
R3/E-34.3
W4/B-21.5
T5-P21.1
T4/B-18.10
R3/D-34.11
M2/A-1.1
W4/E-24.8
T3/E-16.9
M5-P1.4
W2/C-14.10
W5-P30.1
M3/D-7.7
T5-P17.2
R3/B-31.5
R5-P34.8
W5-P24.3
W5-P30.1
T2/D-8.11
M5-P12.2
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Parrott
Parvinnezhad
Hokmabadi
Pascale
Pashkin
Pasour
Patra
Paul
Paul
Paul
Paulsen
Paultre
Pavanello
Pavelyev
Pavolotsky
Peccianti
Pejcinovic
Peng
Peng
Peng
Penirschke
Perenzoni
Edward
P.J.
Mohammad
Enzo
Alexej
John
Animesh
Douglas
Justin
Sujoy
Andrew
JacquesEdmond
Fabio
Perraud
Dmitry
Alexey
Marco
Branimir
Qixian
Shuyuan
Yan
Andreas
Matteo
Marie-Genevieve
Jean Baptiste
Perry
Pershing
Peskov
Peter
Peters
William
Dean
Nikolai
Michael
William
Peterson
Petralia
Peytavit
Rita
Alberto
Emilien
Perichaud
F2/E-34.11
R5-P36.2
T4/D-19.9
W3/C-14.13
R3/C-32.11
M2/A-1.1
M2/E-9.2
R2/D-25.11
F2/C-12.1
W3/B-21.6
T3/C-13.6
R4/E-34.7
M3/B-3.5
R4/C-32.14
F2/C-3.4
M5-P3.5
R2/B-30.1
R2/B-30.2
W3/E-24.2
W5-P28.1
T5-P18.11
M5-P12.8
T3/B-18.3
W5-P25.16
R5-P21.6
M2/C-6.4
M4/A-1.15
F2/D-39.2
R5-P13.15
R5-P13.15
T3/A-1.24
T5-P18.10
M3/B-4.2
W3/E-23.2
W5-P26.4
F2/A-38.5
M3/B-4.2
M4/B-4.5
M5-P12.3
W5-P25.17
F2/C-3.4
M5-P3.5
R2/B-30.1
R2/B-30.2
W4/A-27.1
W2/E-22.3
M5-P7.11
F2/E-34.13
R5-P34.16
R5-P34.6
W5-P25.11
W5-P26.1
F2/D-39.2
F2/E-34.13
R5-P34.16
Pfeiffer
Pfeiffer
Pfleger
Phelps
Loren
Ullrich
Michael
Alan
Philipp
Phipps
Martin
Alan
Pickwell-MacPherson
Picollo
Pike
Pike
Pikov
Piosczyk
Pistol
Plathe
Platte
Plaum
Plinska
Plinski
Pocas
Pohl
Emma
Marcello
Alistair
Kevin
Victor
Bernhard
Mats-Erik
Ruth
Frank
Burkhard
Stanislawa
Edward
Stéphane
Andreas
Pohl
Poisson
Polley
Ponce
Ponomarev
Ponseca
Poperezhai
Popov
Nils
M.-A.
Debanjan
Dan
Yaroslav
Carlito
Sergii
Leonid
Popov
Popovic
Poroshin
Powell
Pracht
Prasankumar
Vyacheslav
Branko
Vladimir
Catrin
Uwe
Rohit
T4/D-19.9
M5-P1.6
M3/D-7.6
T4/A-20.4
T2/D-8.10
W4/D-25.10
M2/E-9.5
W2/B-21.5
T3/C-13.10
W3/D-25.2
M5-P8.3
M5-P8.3
M4/A-1.14
M3/C-10.2
T2/E-16.5
M3/C-10.4
W5-P27.1
F2/C-12.1
R2/D-25.13
W5-P28.3
M2/E-9.5
T5-P16.3
W3/D-25.2
W4/D-25.8
W5-P27.6
R3/D-34.11
T5-P21.1
R3/E-34.3
W2/C-14.6
M3/E-12.4
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Prasetiadi
Prater
Preu
Ananto Eka
Ron
Sascha
Priyadarshi
Probst
Provençal
Prudaev
Prystawko
Pudalov
Puetz
Pühringer
Pütz
Shekhar
Thorsten
Francis
Ilya
P.
Vladimir
Patrick
Harald
Patrick
Qayyum
Qi
Qi
Qiang
Qiao
Jubaid
Feng
Jingbo
Zhang
Lingbo
Qin
Qin
Yuliang
Zengguang
Qu
Rabaud
Raciukaitis
Ragauskas
Rahimi-Iman
Rahm
Rahman
Kenan
Wilfried
Gediminas
Mantas
Arash
Marco
Syed
Räisänen
Antti
Rämer
Rämer
Adam
Jan-Martin
Ramirez-aldana
Rankin
Rapson
Rashid
Ravera
Jose
Gerard
Chris
Hawal
Gian Luca
W3/A-20.13
R2/D-25.13
F2/E-34.14
M2/C-6.4
R2/B-30.3
R4/E-34.7
R5-P34.4
M2/E-9.3
T5-P14.10
R4/C-32.14
W5-P14.11
W5-P27.1
W5-P28.3
M4/B-4.5
M5-P7.11
R2/A-28.1
R2/A-29.5
T3/A-1.22
M5-P7.4
M3/E-12.4
T5-P18.4
F2/E-34.12
M5-P10.1
M5-P2.2
W2/E-22.5
W3/E-22.6
R2/C-32.3
M4/A-1.14
T4-P19.5
M4/A-1.12
W4/E-24.4
R2/C-32.4
M4/A-1.11
T3/A-1.22
F2/E-34.14
R5-P34.4
M4/A-1.12
F2/B-36.4
F2/B-36.6
R2/D-25.11
M4/D-8.7
W3/D-25.2
W5-P28.1
W5-P25.17
Ravi
Rea
Read
Reck
Koustuban
Simon
Michael
Theodore
Recur
Benoit
Redon
Regalbuto
Reich
Reid
Reising
Reiten
Ren
Renaud
Renker
Reno
Michel
Elisa
Matthias
Rob
Steven C.
Matthew T.
Yuan
Cyril
Matthias
John
Rettich
Retzloff
Rhie
Richard
Saykally
Florian
Steven
Jiyeah
Richter
Ries
Riet
Risacher
Ritchie
Heiko
Markus
Muriel
Christophe
David
Ritter
Riuttanen
Roberts
Robertson
Eglof
Lauri
John
Craig
Robertson
Rodilla
Roedig
Roehle
Roelfsema
Roesner
Roggenbuck
Mike
Helena
Christoph
Helmut
Peter
Kerstin
Axel
Richard
R4/B-36.1
T4/C-13.17
W5-P25.13
F2/E-34.10
R5-P34.9
T5-P23.2
M4/A-1.13
T3/A-1.24
T5-P18.10
W2/D-19.12
M3/D-8.1
W3/D-25.2
T5-P20.5
R4/D-39.1
R4/C-32.15
M3/A-1.7
M2/E-9.1
T4/C-13.17
T4/C-14.4
W3/E-24.2
R3/B-31.1
R3/A-29.3
W3/B-21.8
R1/P-15.1
R1/P-15.1
W3/E-24.3
T2/E-16.5
W5-P27.11
R2/A-29.5
M3/A-1.7
W3/E-24.1
M5.P13.4
T5-P21.1
M3/D-7.6
F2/E-34.13
R5-P34.16
W5-P25.18
M2/E-9.1
M3/D-8.2
W5-P30.2
R3/B-31.1
M4/B-4.4
W3/E-24.3
T3/C-13.16
Page | 172
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Rols
Ronald
Stephane
Kevin
Ropers
Roskos
Claus
Hartmut
Roth
Rowe
Roy
Roy Chowdhury
Rozhnev
Ruchert
Ruess
Ruffenach
Rukavishnikova
Rumyantsev
Russell
Rusteika
Ryabova
Ryman
Ryskin
Caleb
Sam
Igor
Dibakar
Andrey
Clemens
Sebastian
S.
Vera
V.
Damon
Nerijus
Ludmila
Erik
Nikita
Ryu
Rzesnicki
Han-Cheol
Tomasz
SS
Sabia
Saeedkia
Saenz
Safavi-Naeini
Saito
Prabhu
Elio
Daryoosh
Elena
Safieddin
Teruo
Saito
Saitou
Sakalas
Sakamoto
Yuumi
Katsuya
Paulius
Keishi
Sakamoto
Sakamoto
Takahide
Tomoaki
T4/C-14.1
R5-P34.6
W5-P25.11
W5-P25.18
T2/B-17.1
M4/A-1.12
R5-P33.4
R5-P33.7
W5-P27.2
M5-P8.1
M2/A-1.1
W4/D-25.8
R2/C-32.1
T3/E-16.10
M3/E-12.1
W3/D-25.1
R5-P33.3
W4/D-25.8
R5-P33.3
R3/A-29.4
T3/A-1.23
M4/E-12.7
F2/D-39.4
R5-P34.2
T3/E-16.10
W5-P24.3
W3/D-25.1
W4/D-25.10
W3/B-21.10
W5-P25.17
R3/B-31.2
T4/D-19.8
R3/B-31.2
R3/D-25.17
W4/D-25.9
R3/C-32.7
T3/C-13.8
R5-P33.4
T3/D-19.4
W3/D-25.3
W5-P25.1
R5-P35.1
M5-P6.1
T5-P14.9
Sakat
Sakurai
Salhi
Samarelli
Samartsev
Samoska
Samsonov
Samuelson
Sangala
Sangare
Sarkisov
Sarkozy
Emilie
Takahiro
Mohammed
Antonio
Andrey
W3/B-21.6
W2/C-14.9
T2/B-17.5
W3/B-21.6
W3/D-25.1
W4/D-25.10
W5-P25.9
M5-P7.2
W5-P25.12
M2/E-9.5
Lorene
Dmitriy
Lars
Bagvanth
R.
Paul
Sergey
Sarro
Sasaki
Sasaki
Sasaki
Sasaki
Sasaki
Stephen
Pasqualina
M.
Hiroshi
Kazuyuki
Kensuke
Takahiko
Tetsuo
Sasaki
Sasamori
Satoh
Satou
Savini
Tokuhito
Takayuki
Hiroaki
Akira
Giorgio
Sawallich
Sawant
Schaafsma
Schade
Simon
Ashwini
Martijn
Ulrich
Schafberger
Schäfer
Schaub
Scheffler
Schell
Scheller
Michael
Frank
Samuel
Marc
Martin
Maik
W3/B-21.10
R5-P34.1
R5-P32.5
W5-P14.11
M5-P7.2
R3/C-32.6
T3/B-18.2
T3/B-18.2
T3/B-18.2
M4/E-12.9
M5-P13.12
M5-P6.1
T5-P14.9
M2/A-1.2
T2/A-34.10
R3/A-27.6
W5-P27.6
M4/B-4.6
T4/D-19.8
T5-P17.4
W5-P25.10
W2/B-21.2
M5.P13.4
T5-P14.1
W5-P27.1
R3/A-29.2
W5-P25.13
W2/C-14.6
M3/A-1.6
R3/C-32.8
R5-P32.4
T3/C-13.6
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Scherer
Theo
Scherer
Schickling
Schlaich
Schlecht
T. Andreas
Paul
Andreas
Erich
Schlechtweg
Schmalz
Michael
Klaus
Schmid
Schmidhammer
Schmidhammer
Schmidt
Martin
Uli
Uli
Christian B.
Schmitt
Schmitz
Schneidereit
Lorenz-Peter
Klemens
M.
Holger
Martin
Schoedel
Schröter
Schrottke
Schubert
Schubert
Schuller
Schultz
Schür
Schütz
Hans-Joachim
Michael
Lutz
Jürgen
Martin
Frederic
Michael
Jan
Harald
Schwerdtfeg-er
Sedelnikova
Sedlmeir
Michael
Olga
Florian
Seeds
SeelmannEggebert
Sekhar
Seki
Sekine
Alwyn
Schmidt
Matthias
Praveen
Munetoshi
Norihiko
W3/D-25.1
W3/D-25.2
W5-P25.6
R3/D-25.18
M4/B-4.5
W4/D-25.10
T5-P22.1
W2/E-22.1
R3/A-29.2
W2/E-22.2
W4/C-15.2
W3/D-25.1
M5-P6.3
R4/B-35.2
M2/E-9.2
M2/E-9.3
M5-P7.10
R2/C-32.4
T3/C-13.16
F2/E-34.14
R5-P34.4
T4/A-20.4
R5-P33.4
W3/E-24.3
M4/E-12.8
W3/D-25.2
M5-P4.2
R2/A-28.1
M5-P7.10
W3/D-25.2
F2/E-34.14
R5-P34.4
M4/D-8.8
M5-P12.5
F2/E-34.14
R5-P34.4
M2/E-9.1
R3/A-29.2
M5-P12.8
R2/E-33.5
R5-P13.12
R5-P13.14
Sekine
Sekine
Seletskiy
Seliuta
Sellahi
Semenov
Sensale-Rodriguez
Yoshiaki
Yudai
Denis V.
Dalius
Mohamed
Alexei
Sergeev
Sertel
Alexander
Kubilay
Sesek
Aleksander
Sgura
Shah
Shalaby
Antonella
Yash
Mostafa
Shalaev
Shalygin
Shams
Shane
Shapiro
Pavel
Vadim
Md. Itrat
Bin
Steve
Michael
Shaver
Shen
Shen
Shen
Shen
Shen
Shen
Sheng
Sheng
Sherman
Sherwin
Shi
Ryan
Gang
Tao
Xiaohan
Xiapeng
XueChu
Zongjun
Xuechu
Zhengming
Daniel
Mark
Wei
Shiba
Shiino
Shilov
Naotaka
Tatsuya
Sergey
Berardi
R5-P31.2
R5-P35.1
T5-P23.1
R2/E-33.3
R3/C-32.7
M2/E-9.2
R5-P32.6
W4/E-24.8
W3/E-24.3
R2/E-33.4
T5-P18.12
W5-P26.4
M2/D-7.5
T2/D-8.11
M2/A-1.4
M2/C-6.2
M3/D-8.1
M3/A-1.7
M3/E-12.1
W4/E-24.7
T3/E-16.10
T5-P21.1
T3/A-1.22
M3/D-7.7
R2/D-25.12
R3/E-34.1
W2/D-19.13
R3/C-32.10
T4/C-14.5
W3/B-21.7
W4/B-21.11
W5-P21.1
W4/E-27.4
M5-P10.2
R5-P33.2
R4/E-34.6
W2/C-14.6
W4/A-27.1
M5-P1.3
T5-P16.1
M5-P7.4
T3/D-19.2
M5-P13.6
Page | 174
IRMMW-THz 2014
Shimada
Yozo
Shimakawa
Shimaoka
Shimozuma
Shin
Shin
Koichi
Kazuhiro
Takashi
Jun-Hwan
Young-Min
Shinoda
Shirao
Hiroyuki
Takuya
Shirokoff
Shkurinov
E.
Alexander
Shockey
Shoykhetbrod
Shubin
Shudo
Shur
Sibthorpe
Siegel
Siegel
Siles
Simoens
Singh
Brandon
Alex
Nicholas
Kenichi
Michael
Bruce
Michael
Peter
Jose V.
François
Ranjan
Singh
Sinitsky
Sinitsyn
Sipe
Sirigiri
Siringo
Skierbiszewski
Skorobogatiy
Sakshi
Stanislav
Nikolay
J. E.
Jagadishwar
Giorgio
C.
Maksim
Skoromets
Šlekas
Slobodtchikov
Smirnova
Smith
Smith
Volodymyr
Gediminas
Evgueni
Irina
Steve
William
M5-P7.1
M5-P7.5
W3/C-14.15
M5-P7.7
R3/D-25.17
R5-P34.8
M5-P10.3
R5-P32.8
R5-P36.3
T4/A-20.3
T3/C-13.12
W5-P24.2
F2/C-4.1
M3/D-8.4
R5-P32.5
R3/C-32.10
M3/C-10.4
T2/D-8.12
T5-P16.4
W4/B-21.11
M4/B-4.4
W2/C-14.6
T2/D-8.10
W2/E-22.1
M4/A-1.14
R2/C-32.3
R2/E-33.2
T3/A-1.22
W5-P26.4
T3/E-16.10
T3/E-16.7
T4/D-19.7
M5-P4.2
W5-P27.1
F2/C-20.1
M2/B-3.1
R5-P37.2
W2/B-21.1
M4/E-12.8
R5-P32.6
R5-P31.3
T3/C-13.11
M3/B-4.2
M4/C-13.4
Snell
Snure
So
Sobis
Sobolev
Sobornytskyy
Sokolov
Solli
Soltani
Soluyanova
Solyankin
Solyanova
Soma
Sominski
Edward
Michael
Joonho
Peter
A.
Mykola
Evgeniy
Daniel R.
Amin
Elena
Peter
Elena
Tatsuya
Gennadi
M4/D-8.5
M5-P12.3
W5-P25.10
F2/D-39.4
R2/A-28.2
M2/C-6.4
W4/D-25.8
T2/B-17.1
T5-P14.10
W4/D-25.8
M3/D-8.4
W3/D-25.2
T3/D-19.2
W5-P25.12
W5-P25.7
W5-P25.9
W2/C-14.10
M3/A-1.9
R4/A-38.1
W4/C-15.1
F2/D-39.2
W4/B-21.12
Son
Song
Song
Song
Sonnabend
Sorba
Spadoti
Spassovsky
Spencer
Spencer
Spirito
Sprenger
Squires
Sriram
Srivastava
Staecker
Stake
Heyjin
Aimin
Ho-Jin
Yuhui
Guido
Lucia
Danilo
Henrique
Ivan
Ben
Locke
Marco
Thorsten
Andrew
Sharath
Abhishek
Peter
Jan
Statnikov
Steiger
Stein
Steinbusch
Stepanov
Stepanova
Sterczewski
Stivala
Stober
Konstantin
Andreas
Markus
Tom
Vasily
Alla
Lukasz
Salvatore
Jörg
T5-P19.1
W5-P25.17
M4/C-13.4
M4/B-4.6
R3/C-32.6
T3/C-13.10
M5-P13.9
F2/C-3.2
T4/D-19.9
M1/P-37.1
M3/D-8.2
R2/E-33.1
R5-P33.7
W2/E-22.3
R2/B-30.5
W4/E-24.4
W2/B-21.2
W5-P26.4
W5-P25.7
M5-P8.3
T5-P18.11
W3/D-25.2
Page | 175
IRMMW-THz 2014
Stockwell
Stolz
Strauss
Robert
Wolfgang
Dirk
Strikwerd
Andrew
Strlic
Strunck
Stupakov
Stutzki
Su
Su
Su
Su
Sudakova
Sudou
Matija
Sebastian
Gennady
Jürgen
bo
Juan
Ke
Yi Nong
Marina
Takayuki
Suemitsu
Suemoto
Suihkonen
Sullivan
Sun
Sun
Sun
Sun
Sun
Sung
Tetsuya
Tohru
Sami
Mark
Diming
Haiyan
Jia-Lin
Wenfeng
Xuan
Shijun
Surdi
Suslyaev
Suszek
Suzuki
Suzuki
Harshad
Valentin
Jaroslaw
Hal
Safumi
Suzuki
Suzuki
Svensk
Svetlichnyi
Yukihisa
Yuta
Olli
Valerii
Svigelj
Andrej
R2/D-25.11
W4/E-24.4
W3/D-25.1
W5-P25.6
T4/E-16.11
T2/A-16.4
M2/D-7.4
W3/A-20.13
T5-P21.3
R2/A-28.1
M5-P13.5
T4/E-16.13
M2/C-6.1
W5-P25.8
W5-P28.3
M2/A-1.2
M2/C-6.3
W5-P27.6
R3/C-32.7
T5-P21.1
R5-P13.13
W5-P25.19
T5-P16.5
F2/E-34.12
T2/A-1.17
M4/E-12.10
F2/C-8.4
M3/D-8.3
M4/D-8.6
T3/A-1.21
W3/B-21.10
M5-P12.5
W5-P27.9
W2/C-14.8
M5-P3.3
W3/E-23.1
W5-P27.3
T3/B-18.2
T4/C-14.3
T5-P21.1
T4/C-14.2
W3/C-14.12
M2/A-1.4
M2/C-6.2
Swift
Brandon
Syed
Syomin
Sypek
Syslyaev
SzczesniakSiega
Szlachetko
Szriftgiser
Tabata
Taday
Tadokoro
Tadokoro
Tai
Tai
Taira
Tajima
Takahashi
Takahashi
Waqas H.
Sergey
Maciej
Valentin
Takahashi
Takahashi
Takahashi
Takano
Takayanagi
Naoki
Nobuhiro
Norimasa
Keisuke
Jun
Takeda
Takeda
Takekawa
Takeuchi
Takida
Tanabe
Tanaka
Jun
Masanori
Shunji
Jun
Yuma
Tadao
Kenji
Tanaka
Tanaka
Tanaka
Tanaka
Tanaka
Tang
Tang
Tang
Tang
Koichiro
Satoru
Shukichi
Tomoko
Toshihiro
Adrian
Guanqi
Xiaoli
Xiaopin
Berenika
Boguslaw
Pascal
Hitoshi
Philip F.
Makoto
Yuzuru
Evgeniy
Evgeny
Yusuke
Takuro
Hiroyuki
Koji
M3/B-4.2
M4/B-4.5
R3/C-32.6
W5-P25.12
W5-P27.9
M5-P12.10
M5-P8.3
M5-P8.3
R2/B-30.1
R2/E-33.5
M2/D-7.4
T4/C-14.3
T5-P16.2
W4/D-25.8
W3/D-25.2
R4/E-34.8
R4/A-38.1
R4/A-38.2
T3/D-19.4
W3/D-25.3
W5-P25.1
W2/C-14.9
T4/A-20.4
M2/C-6.5
T5-P16.2
T3/C-13.14
T4/D-19.10
T5-P16.4
R3/A-27.6
M5-P12.4
R4/A-38.2
M5-P7.4
M5-P13.12
R3/D-25.17
W5-P24.1
T2/A-1.19
R2/E-33.3
T5-P23.1
T2/A-1.19
M5-P13.8
R4/B-38.4
W3/E-22.6
R5-P32.9
R3/D-34.11
Page | 176
IRMMW-THz 2014
Tani
Masahiko
Tankhilevich
Taradaev
Tarricone
Tassev
Tatematsu
Boris
Evgeny
Nathan
Vladimir
Yoshinori
Tax
Taylor
David
Antoinette
J.
Taylor
Taylor
Jon
Zachary
Tchesnokov
Telenkov
Temkin
Sergeii
Maksim
Richard
Teng
Teppe
Teppe
Terroux
Tessmann
Tewari
Thangaraj
Thirunavukkuarasu
Thomas
Thompson
Thomson
Thumm
H.
F.
Frédéric
Marc
Axel
Priyamvada
Jayakar
Komalavalli
Bertrand
Richard
Murray
Manfred
M4/C-13.2
T3/C-13.12
T3/C-13.8
W5-P24.2
W5-P24.6
W5-P25.7
T4/D-19.7
M5-P12.3
R3/D-25.17
W4/D-25.9
W5-P25.13
M3/E-12.4
R4/C-32.15
T4/C-14.1
F2/C-8.4
M3/D-8.3
M4/D-8.6
T3/A-1.21
W5-P28.3
M5-P13.7
R2/D-25.12
R3/E-34.1
W1/P-25.1
W2/D-19.13
W5-P25.13
R5-P35.2
R5-P33.3
W5-P27.11
M3/A-1.10
R4/A-38.3
F2/C-8.4
M4/D-8.6
R5-P36.3
T3/C-13.16
F2/D-39.2
T4/A-20.4
W4/C-15.1
W3/D-25.1
W3/D-25.2
W4/D-25.10
W4/D-25.6
W5-P26.4
Thurman-Keup
Tian
Randy
Zhen
Tignon
Tikomirov
Tirkel
Tiwari
Tohme
Tolbanov
Jérôme
A.
Andrew
Ajay
Lucie
Oleg
Tomasino
Tominaga
Tomiyasu
Tong
Tong
Torgashov
Torge
Tosaka
Alessandro
Yoriko
Yuki
Jiayue
Jingchao
Gennadiy
Maika
Toshihide
Town
Tran
Graham E.
Minh
Quang
Tran
Trach-Minh
Tränkle
Treutterer
Trichopoulos
Tripathi
Günther
Wolfgang
Georgios
C.
Saroj
Troccoli
Trontelj
Mariano
Janez
Tsai
Tsypishka
Tu
Tuccillo
Tudu
Tumareva
Tuniz
Tünnermann
Cheng-Yu
Dmitry
Xuecou
Angelo
B.
Tatiana
Alessandro
Andreas
Tuo
Mingguang
R5-P36.3
R2/C-32.3
R2/E-33.2
W3/E-24.1
F2/C-4.1
M4/D-8.7
R3/A-27.6
M5-P3.5
R5-P32.5
W5-P14.11
T5-P18.11
R5-P31.6
R5-P31.6
R3/E-34.4
M3/E-12.2
T3/E-16.10
R3/D-25.18
M5-P7.7
T5-P18.5
M5-P1.1
R3/D-25.16
W5-P25.3
R3/D-25.16
W5-P25.3
M4/A-1.12
W3/D-25.2
M2/D-7.5
M4/D-8.9
R4/E-34.8
W4/E-24.5
M2/A-1.4
M2/C-6.2
T3/B-18.2
R5-P34.3
W5-P28.5
W5-P25.17
M3/E-12.1
W5-P25.7
R5-P32.9
M3/A-1.6
T4/D-19.6
T5-P18.2
R5-P31.5
Page | 177
IRMMW-THz 2014
Turchinovich
Türk
Turton
Tyagi
Tyazhev
Tymoshchuk
Tzibizov
Ueda
Ulm
Umegaki
Underhill
Ung
Dmitry
Sener
David
Hemant
Anton
Maryna
Ivan
Keisuke
Gerhard
Chihiro
Matthew
Benjamin
Seam Yu
Upadhyay
Urbanovic
Usachev
Uzawa
Aditi
Andžej
Sergey
Yoshinori
Vaccaro
Vaks
Valdes
Aguilar
Alessandro
Vladimir
Valery
Valušis
Rolando
Cherkassky
Gintaras
van der Zande
van Mechelen
van Rheenen
Vangala
Vanhille
Varonen
Vassilev
Veach
Venckevièius
Wim
J.L.M.
Arthur D.
Shiva
Ken
Mikko
Vessen
Todd
Rimvydas
Vercruyssen
Vicario
Nathan
Carlo
Vickers
Vidal
Vieweg
Rodney
Ernesto
Nico
R3/E-33.5
R3/A-29.2
M5-P11.1
W2/B-21.2
R5-P32.5
T5-P18.2
R5-P34.3
W5-P25.4
T2/E-16.5
M5-P13.8
M5-P13.3
F2/E-34.11
R5-P36.2
T4/D-19.9
F2/C-3.2
R5-P32.6
W4/D-25.8
T3/D-19.2
T5-P23.1
W5-P25.6
W3/E-24.2
M3/E-12.4
W4/B-21.13
M2/A-1.4
M2/C-6.2
M4/A-1.12
T5-P16.3
T4/B-18.7
M3/C-10.3
M5-P12.3
W2/A-20.7
M5-P7.2
R4/D-39.4
M4/B-4.5
M2/A-1.4
T3/A-1.23
R4/B-35.1
M3/E-12.1
W4/E-24.7
R5-P33.6
T3/C-13.16
R3/B-31.1
Vijayraghavan
Villegas
Vinciunas
Vinerov
Viveros
Vlasov
Karun
Christian
Marius
Ilya
Leamon
Alexander
Vogt
Dominik
Voisiat
von Bieren
von der Ehe
von
Freymann
Bogdan
Arndt
Kerstin
Vorobiev
Vorobjev
Vreeling
Vuillemin
Vukusic
Andrei
Leonid
Willem Jan
Quentin
Josip
Vukusic
Wagner
Wagner
Walber
Walker
Kristina
Dietmar
Tomáš
Achim
Christopher
Walker
Wallentin
Wallis
Walther
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Gillian
Jesper
Robert
Markus
Cheng
Fei
Feihu
H. B.
Hongqiang
Huabing
Jinqi
Ji-wun
Lili
Lin
Georg
W4/E-24.5
M4/B-4.5
M2/A-1.4
R5-P34.3
T2/D-8.13
R2/D-25.11
W3/E-23.2
T3/D-19.3
W4/B-20.1
T4-P19.5
R4/E-34.9
T5-P14.1
F2/B-36.4
F2/B-36.6
T3/C-13.10
R2/E-33.1
T5-P21.1
W2/D-28.15
R3/D-25.16
M3/D-8.2
R2/E-33.1
M3/D-8.2
W3/D-25.2
W3/C-14.15
F2/D-39.2
M3/B-4.2
M4/B-4.5
M5-P7.3
R3/A-29.4
R4/B-35.1
M3/D-7.6
M2/E-9.5
M3/A-1.7
R4/C-32.13
W5-P27.14
R5-P37.7
W3/E-24.1
R2/A-28.2
M5-P2.2
W5-P28.6
R4/C-32.16
R5-P33.5
F2/C-20.1
R5-P33.2
Page | 178
IRMMW-THz 2014
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Ming-Jye
Qiushi
Ruijun
S.
Tianwu
Wei
Weitao
Wang
Wenxiang
Wang
Wang
Wang
Wang
Xiaojun
Xinke
Yanshuai
Yingxin
Wang
Yong
Wang
Yuanyuan
Wang
Wang
Wang
Wang
Wang
Yuekun
Yuye
Zhanliang
Zhenyou
Zicheng
Warsen
Watanabe
Watanabe
Webb
Weber
Wei
Wei
Wei
Adelaide
Hiroshi
Shinichi
Michael
Stefan
Jinquan
Wanghe
Yanyu
Weickhmann
Christian
Weikle
Weiler
Weinreb
Robert
Richard
Sander
R5-P33.5
W5-P25.16
M5-P2.2
W5-P26.5
W2/C-14.7
W5-P25.5
W2/E-22.5
W3/E-22.6
R5-P37.4
R5-P37.5
R5-P37.6
W4/E-24.5
T2/A-1.17
R5-P37.4
F2/E-34.12
M5-P10.1
T5-P18.6
T5-P21.2
W5-P26.6
R5-P37.4
R5-P37.5
R3/B-31.2
T5-P16.1
R5-P37.7
W4/C-15.1
T5-P18.3
T5-P18.9
T2/D-8.12
R3/C-32.7
T3/C-13.13
F2/C-3.2
F2/B-36.4
F2/E-34.12
R5-P37.6
R5-P37.3
R5-P37.4
R5-P37.5
R5-P37.6
T4/A-20.2
W3/A-20.13
M2/D-7.1
F2/A-38.5
M4/B-4.5
R3/A-29.4
Weiss
Wen
Wenxin
Wheeler
Axel
Suhua
Liu
Caleb
White
Whyte
Wichmann
Wieck
Wienold
Wiesemeyer
Wilbert
Malcolm
Colin
Matthias
Andreas
Martin
Helmut
David
Wilke
Ingrid
Wilmink
Wilms
Gerald
Annika
Wimmer
Winebrenner
Winful
Winnerl
Wisotzki
Withawayachumnankul
Lara
Dale
H. G.
Stephan
Mike
Wojtowicz
Wolff
Wong
Wong
Wongsuryrat
Tomasz
Dietmar
Liang Jie
Thomas
Nat
Wood
Woodcraft
Woody
Woskov
Wright
Ken
Adam
David
Paul
Edward
Withawat
M5-P4.2
T5-P20.4
T5-P18.4
M4/B-4.5
M5-P7.3
R3/A-29.4
M2/D-7.3
W5-P25.18
W4/E-24.4
W4/E-24.6
W3/E-24.3
M5-P4.2
M4/E-12.6
R3/C-32.11
R5-P31.3
T5-P14.6
M5-P8.1
M3/A-1.6
T4/D-19.6
T2/B-17.1
T2/D-8.12
T5-P19.2
M2/C-6.4
F2/A-38.5
R2/C-32.5
R2/C-32.1
W2/A-20.9
F2/C-3.2
M2/D-7.2
R3/C-32.9
R5-P32.3
T4/A-20.3
W5-P27.8
T5-P14.1
R4/B-36.1
W3/B-21.7
T3/D-19.4
T5-P19.4
M2/A-1.1
T4/A-20.4
R4/E-34.5
F2/B-36.3
R2/D-25.11
W3/E-23.2
Page | 179
IRMMW-THz 2014
Wu
Wu
Wu
Wu
Wu
Wu
Chuanren
J. B.
Jing
K.
M.
Pei Heng
Wu
Würfl
Würschmidt
Wüstefeld
Wylde
Wynne
Xie
Ziran
Joachim
Tobias
Godehard
Richard
Klaas
Wenqiu
Xie
Xie
Xin
Yi
Zhenwei
Hao
Xing
Xu
Xu
Xu
Xu
Xu
Xu
Huili
(Grace)
Degang
J.
Jianqiu
Jin
Mengyang
Ningning
Xu
Xu
Xu
Xu
Ruiying
Shou Xi
Tao
Weiwei
Xu
Xue
Y-G
Qianzhong
Yahng
Yaita
Yakimenko
Yakovlev
Yalunin
Yamada
Ji Sang
Makoto
Vitaly
Anton
Sergey V.
Akira
W3/D-25.1
R4/C-32.12
M3/E-12.2
R5-P35.2
R5-P35.2
R2/A-28.2
R4/C-32.12
W5-P28.5
W5-P28.6
T2/A-16.3
M4/A-1.12
T3/C-13.10
T2/E-16.5
T4/A-20.4
M5-P11.1
T5-P18.3
T5-P18.9
M2/D-7.5
T2/A-1.17
R5-P31.5
W3/A-20.11
M4/A-1.11
T5-P16.1
W5-P26.5
R4/E-34.6
R5-P37.7
W3/C-14.11
R2/C-32.3
R2/E-33.2
W5-P28.5
W5-P25.8
R5-P36.3
R2/A-28.2
R4/C-32.12
W5-P28.6
W5-P26.5
W5-P25.14
W5-P25.8
M5-P1.4
R4/A-38.1
R3/D-26.1
R5-P34.2
T2/B-17.1
T2/D-8.14
Yamada
Yamada
Yamada
Yamaguchi
Yamaguchi
Haruhito
Hideaki
Yusuke
Keita
Masashi
Yamaguchi
Toshikazu
Yamaguchi
Yuusuke
Yamahara
Yamamoto
Hiroyasu
Kohji
Yamamoto
Yamashita
Yamashita
Satoshi
Genki
Masatsugu
Yamazaki
Yan
Yan
Yan
Yan
Yan
Yan
Yan
Yang
Yang
Yang
Yang
Yang
Yang
Yang
Yang
Yano
Yao
Ryo
Chao
Fang
Fei
Guofeng
Jun
Yang
Zhijin
E.
Hongzhen
Ho-Soon
Kai
Liu
Ning
Shang-Hua
Yihong
Scott
Hsin-Yu
Yao
Yarotski
Yartsev
Yashnov
Yasuda
Yasui
Jianquan
Dmitry
Arkady
Yury
Yuu
Takeshi
M4/D-8.9
R3/D-25.18
M4/E-12.9
R3/C-32.7
M2/E-9.4
W4/B-21.11
T3/D-19.4
T5-P19.4
R3/D-25.17
W4/D-25.9
R2/E-33.5
M4/C-13.2
T3/C-13.12
T3/C-13.8
T3/D-19.2
M3/E-12.3
M4/E-12.9
R5-P33.1
T3/C-13.11
T5-P16.1
M5-P8.2
F2/E-34.11
M2/B-3.1
R3/E-34.4
W5-P25.5
M5-P1.3
R5-P35.2
T5-P20.4
M5-P1.4
T5-P18.12
R4/E-34.6
W5-P24.4
R5-P31.7
M4/B-5.1
R5-P13.16
T5-P19.2
T5-P19.7
T5-P16.1
M3/E-12.4
M2/E-9.5
W4/D-25.8
M3/B-3.4
M5-P13.1
M5-P13.2
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Yasumatsu
Yates
Yavorskiy
Yazawa
Ye
Yee
Yeo
Yilmazoglu
Yin
Yin
Yin
Yngvesson
Yonemoto
Yoo
Yoshida
Yoshimizu
Naoya
Stephen
Dmitriy
Yoshiki
Jong Chul
Dae-Su
Woon-Gi
Oktay
Hairong
Helen
Huabi
Sigfrid
Naruto
Hyung
Keun
Yuki
Yasuyuki
Yoshioka
Young
Katsumasa
Abram
Young
Yu
Yu
Yu
Yu
Yu
Yuan
Yuan
Yudasari
Yue
Alan
Junsheng
Junxiang
Mei
Nan Ei
Yang
Jianmin
Xiaohui
Nurfina
Lingna
Yue
Yurduseven
Zagrajek
Song
Ozan
Przemyslaw
Zak
Audrey
Zakharin
Alexey
Mohammed
Zaknoune
T3/C-13.13
R2/A-28.3
W5-P27.7
T3/C-13.8
M5-P1.4
M5-P1.4
T2/D-8.11
F2/B-36.7
R5-P37.4
R5-P34.6
W5-P26.1
R3/E-34.4
M5-P2.1
W3/C-14.14
M3/B-3.6
F2/C-3.4
M3/B-3.4
T5-P16.4
M3/B-4.2
R3/A-29.3
T3/C-13.6
W5-P25.18
M5-P1.7
T5-P32.1
W5-P28.6
M5-P12.4
T4/D-19.9
M5-P9.1
R4/E-34.6
T3/D-19.3
R3/D-34.11
R5-P37.6
T5-P18.7
W2/A-20.8
W5-P27.10
W5-P27.6
W5-P27.9
R2/E-33.1
R5-P33.7
T5-P22.2
F2/C-3.4
M5-P3.5
Zalkovskij
Maksim
Zamora
Zandieh
Zapevalov
Alexis
Alireza
Vladimir
Zarubin
Zaslavsky
Zdanevicius
Zeitler
Andrey
Vladislav
Justinas
Axel
Zeng
Zeng
Zhai
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Rong
Yang
Zhaohui
Bo
Chao
Dongwen
Fuzhi
Guowei
Han
Jian
Jianghua
Jie
Jin
Jing
Jinling
Jitao
Labao
Liang
Zhang
Zhang
Linqing
Luqi
Zhang
Minghao
Zhang
Zhang
Zhang
MingYi
Qingyue
Shi-Chang
R2/B-30.1
T2/A-16.4
T3/E-16.8
T4/E-16.11
T5-P23.2
R3/B-31.2
W3/D-25.4
W4/D-25.8
R5-P32.5
W5-P26.4
W5-P27.2
M2/C-6.1
W3/C-14.13
R5-P34.13
R5-P31.4
T3/B-18.3
M2/B-3.2
W4/C-12.6
M5-P9.1
R3/D-34.11
F2/E-34.12
M5-P8.2
T4/E-16.13
W3/D-25.1
R4/E-34.6
T4/D-19.8
T3/E-16.6
T5-P20.4
R5-P31.5
W5-P28.5
W5-P25.11
W5-P26.1
M3/A-1.9
R5-P37.4
R5-P37.5
R5-P37.3
R5-P37.4
R5-P37.5
W5-P28.6
R5-P21.6
W5-P25.8
W5-P26.2
W5-P26.3
W5-P26.5
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Zhang
Zhang
Zhang
Shuang
Tianyao
Weidong
Zhang
Weili
Zhang
Zhang
Wei-min
Xi-Cheng
Zhang
Xingyu
Zhang
Xueqian
Zhang
Zhang
Yan
Zhaochuan
Zhang
Zhang
Zhao
Zhaohui
Zhelin
Chao
zhao
Zhao
Zhao
Zhao
Zhao
Zhao
Zhao
zhao
Ding
Guoqing
Guozhong
Huan
Peng
Qingyuan
Xiaoyan
zengxiu
R2/E-33.2
M5-P8.2
R2/B-30.4
T2/D-8.13
W5-P30.2
M2/D-7.2
R2/C-32.3
R2/E-33.2
W2/C-14.9
F2/B-36.5
M4/C-13.1
M4/E-12.10
T3/E-16.6
T3/E-16.8
W1/P-9.1
W2/E-22.5
W3/E-22.6
R2/C-32.3
R2/E-33.2
T2/A-1.17
R5-P34.12
R5-P34.15
T5-P18.7
W5-P25.16
M5-P8.2
R4/E-34.6
T5-P18.6
T5-P19.3
T5-P18.9
R5-P37.4
T5-P20.4
W5-P27.4
T5-P32.1
W5-P28.5
M5-P8.2
M5-P9.1
Zhao
Ziran
Zheng
Zhizhin
Zholents
Zholudev
Zhong
Zhou
Zhou
Yong
Guerman
Alexander
M.
Sengcheng
Jing
Wei
Zhou
Xianjing
Zhou
Zhu
Zhu
Zhu
Zhu
Zhu
Xiao Hua
Jia-Lin
Liguo
Min
Ruoyu
Xiaofang
Zhu
Zhuang
Zhuravlev
Zich
Ziegenhagen
Zimkaite
Zirath
Zito
Zmuidzinas
Zohm
Zolliker
Yiming
Qianmeng
Victor
Daniel
Birgit
Dovile
Herbert
Pietro
Jonas
Hartmut
Peter
F2/E-34.12
M5-P10.1
M5-P10.2
R4/C-32.15
W4/B-21.13
R3/D-26.1
R5-P33.3
T3/B-18.3
T4/D-19.7
M3/E-12.2
T5-P32.1
R2/A-28.2
W5-P28.6
R5-P13.13
F2/E-34.12
T3/B-18.3
T5-P18.9
T3/A-1.20
R5-P32.8
R5-P36.3
R5-P21.6
W5-P25.5
M5-P12.5
M3/C-10.5
M4/D-8.8
R5-P32.6
R4/D-39.4
W5-P25.17
R4/E-34.5
W3/D-25.2
M2/A-1.5
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IRMMW-THz 2014
In Memoriam of Professor Hui-Chun Liu
Known for his groundbreaking
work with semiconductor
quantum devices, Hui-Chun Liu
passed away on 23 October
2013, at age 53 in Shanghai,
China; he had taken a bad fall
and was in a coma the last nine
days of his life. His sudden and
unexpected death is a shock to
the physics community.
Known to colleagues as H.C., he
was born in Taiyuan, China, in
Hui-Chun Liu 1960 – 2013
1960. He received his BSc in
physics from Lanzhou University in 1982. After success-fully passing the selection process for the second-year China–US Physics
Examination and Application program, H.C. went to the University of Pitts-burgh, where he received his PhD in applied physics
in 1987 in the group of Daryl D. Coon. His major research interest
was semiconductor nanoscience and quantum devices.
H.C. joined the Institute for Microstructural Sciences of the National Re-search Council Canada as a research associate in 1987
and rose rapidly through the ranks. In 1998 he was named to lead
the council’s terahertz and imaging devices group and in 2000 he
became a principal research officer - the highest rank, reserved
for very few. In 2011 he returned to China to take a position at
Shanghai Jiao Tong University, where as a chair professor he put
together a new research group. H.C. had been recruited through
the “1000 talents” program, which brings top-class minds to
China from over-seas. He founded two high-tech companies in
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IRMMW-THz 2014
China: Debut Optoelectronic Sensors in Wuxi, and Ghopto Shanxi
Guohui Opto¬electronic Technology in Taiyuan.
Among H.C.’s honors were the Herzberg Medal from the Canadian Association of Physicists in 2000, the Bessel Prize from the
Alexander von Humboldt Foundation in 2001, and the Jiangsu
provincial high-level innovation-entrepreneur talent award in
2011. H.C. was granted more than a dozen patents, wrote or cowrote more than 380 articles in refereed journals, and gave 95
invited presentations at international conferences.
When H.C. was still in graduate school in the 1980s, the field of
intersub-band transitions in semiconductor quantum wells was
born. H. C. was one of the founders of the field of quantum well
infrared photodetectors (QWIPs). As a junior researcher at National Research Council Canada, he started a world-leading research program on QWIPs. The ultrafast QWIP technologies he
developed are being used in leading research laboratories and
industries, including Harvard University, ETH-Zürich, and
Northrop Grumman. His patented upconversion pixel-less imagers have attracted considerable attention, as has his pioneering extension of QWIPs into the terahertz spectral region.
H.C.’s name has become synonymous with QWIP. He edited two
volumes of the series Semiconductors and Semimetals and wrote
a monograph on QWIPs. He served as chair or co-chair of various
QWIP workshops, was twice chair of the International Conference on Intersubband Transitions in Quantum Wells, and was a
member of several steering and advisory committees overseeing
the strategic development of terahertz technology in China.
In addition to his laying the foundations for the field of QWIPs,
H.C. demonstrated two-photon absorption in QWIPs, studied
various nonlinear optical phenomena through intersubband
transitions, and developed an intersubband Raman laser. Early in
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IRMMW-THz 2014
his career, he did innovative analysis on resonant tunneling diodes. More recently, he was focusing on terahertz quantum cascade lasers and, with his collaborators, achieved a recordHigh operating temperature, which is significant, since increasing
the lasers’ operating temperature is the most important challenge in the field.
H.C. was like a brother to many of his colleagues around the
world. A unique leader, he was generous with and fiercely protective of his staff, was attentive to their well-being, and knew
instinctively how to draw out the best skills of each team member. He instilled a sense of common purpose in all. His calm and
positive demeanor greatly influenced his colleagues and especially his students.
H.C.’s unfailing support and loyalty will be deeply missed, and he
will al-ways be fondly remembered.
Tucson, September 2014
Harald Schneider,
Qing Hu,
Emmanuel Dupont,
Xi-Cheng Zhang,
Chao Zhang, and
Jun-Cheng Cao
This obituary first appeared in the April 2014 issue of Physics
Today.
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IRMMW-THz 2014
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