NSEC for Columbia Center for Electronic Transport in Molecular

NSEC for Columbia Center for Electronic Transport in Molecular

Center for Electron Transport in
Molecular Nanostructures.
Columbia University
NSE Conference
Dec 6, 2011
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The Columbia Nanocenter
2001-2011.
Fundamental physics:
Projected limit for
conventional siliconbased integrated
circuit.
Directors:
James Yardley
Electrical Engineering
Tony Heinz
Electrical Engineering
Ronald Breslow
Chemistry
Premise: Exploring electron transport in single molecules and
molecular nanostructures
• Presents major opportunity for fundamental scientific
understanding of new nanoscale phenomena.
• Offers new opportunities for information processing devices.
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The Columbia Nanocenter:
Research Team.
Chemistry
Research Scientists:
Ronald Breslow
Shalom Wind
Louis Brus
Mark Hybertsen (BNL)
George Flynn
Mike Steigerwald
Richard Friesner
Ann McDermott
Colin Nuckolls
NSEC Consortium
David Reichman
Mechanical Engineering
Daniel Akins
James Hone
Ilona Kretzschmar
Electrical Engineering
Tony Heinz
James Yardley
Marisa Buzzeo
Applied Physics
Irving Herman
Robert Krchnavek
Aron Pinczuk
Latha Venkataraman
NSEC Encompasses
Physics
Approx. 75 Researchers
Philip Kim
Including Graduate
Andrew Millis
Students And Postdocs.
Horst Stormer *
* On leave 2009-2010
Phaedon Avouris
Zihong Chen
Tom Theis (Adv Bd)
Graciela Blanchet
Ming Zheng
Ed Wasserman (Adv Bd)
G. Thompson (Adv Bd)
Jim Misewich
Chuck Black
Mark Hybertsen
Yumei Zhu
…..more.
Steven Louie
Muhammad Alam
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Research Program: Seeking
Fundamental knowledge.
Research Platforms
• Chemical Synthesis.
• Nanoscale Fabrication.
• Theory.
• Structural Characterization.
• Optical Characterization.
• Transport Measurement.
Molecular Nano-Systems
0-D: Single
Molecules
1-D: Carbon
Nanotubes
2D Systems:
Graphene
Nanostructure
Contact and
Transport
Key
Research
Issues
Nanoscale
Fabrication
and
Assembly
Nanoscale
Characterization
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Outcome #1: Transformative Science and
Technology Developed within NSEC.
• Developed two robust and very successful platforms for exploration of
single molecule conductance.
• Created extensive set of chemical design rules for molecular
conductance.
• Developed theory for molecular conductance with quantitative
understanding of many observations.
• Demonstrated single molecule interconnection with g0 conductance.
• Pioneered new spectroscopic techniques for characterizing Carbon
Nanotubes.
• Enhanced physical understanding of electronic structure and dynamics
for CNT of specified structure.
• Have become the leading research program for exploration of the novel
transport properties of graphene.
• Demonstrated new magnetic and electronic responses for graphenebased devices.
• Measured mechanical and electrical properties of single sheets of
“defect-free” graphene and related materials.
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Evidence: Scientific Publications in “High Impact” Journals.
40
Nature
35
Impact Factor for
each venue of
publication as
defined by ISI (2011).
Science
30
25
20
Nature Physics
15
Nano Letters
10
JACS
5
0
1
51
101
151
201
251
301
351
401
451
Publications supported by Columbia NSEC
through August, 2011.
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Evidence: NSEC Fifty Most Highly-Cited Publications
Ordered by Research Thrust.
10000
Carbon Nanotube
Graphene
Number of
Citations
Single Molecule
Other
1000
100
1
6
Citations from Google Scholar, Nov. 30, 2011
11
16
21
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Outcome #2: New Paradigm for Interdisciplinary
Research.
Co-authorship
network graph
for NSEC
publications
through 2009.
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Outcome #2: New
Paradigm for
Interdisciplinary
Research.
Co-authorship
network graph for
NSEC publications
through 2009 by
Academic
Department.
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Outcome #3. Columbia Nanocenter has created
new generation of scientists experienced in
interdisciplinary and collaborative research.
Total Postdocs and PhD Students Graduated
Postdocs
49
PhD Students
43
Postdocs to Industry
PhD Graduates to Industry
16
19
Postdocs to Academia
PhD Graduates to Academia
32
21
92
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Outcome #3: New Generation of Researchers Experienced in
Interdisciplinary and Collaborative Research.
Columbia NSEC Alumni who are currently in industrial and business positions.
Type
Postdoc
Graduate Student
Graduate Student
Graduate Student
Graduate Student
Graduate Student
Postdoc
Graduate Student
Graduate Student
Postdoc
Graduate Student
Graduate Student
Postdoc
Graduate Student
Postdoc
Graduate Student
Postdoc
Graduate Student
Graduate Student
Graduate Student
Postdoc
Graduate Student
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Graduate Student
Graduate Student
Graduate Student
Graduate Student
Postdoc
Postdoc
Postdoc
First
Oksana
Alex
Michael
Hayn
Meninder
Iris
Jochen
Yang
Craig
Daejin
Melinda
Matthew
Dan Catalin
Ming
Penelope
Lei
Zhiyong
Jennifer
Nicholas
Amy
Erich
Bupesh
Yaron
Etienne
Alex
Thomas
Ryan
Sami
Joshua
George
Libor
Hugen
X. M. Henry
Jordan
Elena
Last
Cherniavskaya
Henderson
Holman
Park
Purewal
Tam
Ulrich
Wu
Kenesky
Eom
Han
Sfeir
Spataru
Yin
Lewis
Zhang
Zhou
Klare
Perl
Petros
Walter
Chandra
Cohen
De Poortere
Hallock
Mueller
Pearman
Rosenblatt
Small
Tulevski
Vyklicky
Yan
Huang
Quinn
Stolyarova
Department
Chemistry
Physics
Chemistry
Electr. Eng.
APAM
Chemistry
Physics
Physics
Chemistry
Chemistry
APAM
Chemistry
Physics
App. Phys.
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Mech. Eng.
Chemistry
Physics
Chemistry
Chemistry
Chemistry
Electr. Eng.
Physics
Chemistry
Chemistry
Physics
Mech. Eng.
Chemistry
Chemistry
Advisor
Employment Status
Brus
Financial analyst at Goldman Sachs
Kim
Finance
Adams
Ph.D. Research Director , Lux Research
Heinz
D. E. Shaw (finance), New York
Kim
Finance
Breslow
Consulting firm: McKinsey & Company
Stormer
Senior Associate at McKinsey & Company
Heinz
Lansdowne Partners (finance), London, UK
Breslow
Science Advisor at Wilson Sonsini Goodrich & Rosati, PC
Flynn
Post-doctoral fellow at Brookhaven
Kim
Postdoc, NREL
Brus
Brookhaven National Laboratories, Staff Scientist
Friesner/Hybertsen/Millis
Sandia
O'Brien
Postdoc, Los Alamos National Laboratory
Flynn
Managing Editor of ACS Nano
Friesner
Friesner
Nuckolls
Research Scientist, Porifera Hayward, CA
Nuckolls
Ironwood Pharmaceuticals, Cambridge, MA.
Gibney
Brus
Sr. Res. Chemist, 3M
Hone
IBM
Nuckolls
Staff Scientist - Israel
Stormer
Intel Corporation
Brus
Stanford Research Institute
Flynn
Veeco Instruments
Flynn
Intel Corporation
Heinz/Kim
IBM
Kim
Postdoc, IBM T. J. Watson Research Center
Nuckolls
Postdoc, IBM, T.J.Watson Research Center
Katz
Postdoc, IBM, T.J.Watson Research Center
Heinz
Post-doc with Phadeon Avouris, IBM (starting shortly)
Hone
Postdoc, Nanoterra
Breslow
Startup associated with Northwestern
Flynn
President, Graphene Laboratories (Start up)
Employment Type
Financial and Market Research
Financial and Market Research
Financial and Market Research
Financial and Market Research
Financial and Market Research
Financial and Market Research
Financial and Market Research
Financial and Market Research
Legal
National Laboratory
National Laboratory
National Laboratory
National Laboratory
National Laboratory
Other
Other
Other
Research - Chemistry
Research - Chemistry
Research - Chemistry
Research - Chemistry
Research, Physics and Engineering
Research, Physics and Engineering
Research, Physics and Engineering
Research, Physics and Engineering
Research, Physics and Engineering
Research, Physics and Engineering
Research, Physics and Engineering
Research, Physics and Engineering
Research, Physics and Engineering
Research, Physics and Engineering
Research, Physics and Engineering
Startup
Startup
Startup
35 NSEC grad students or postdocs are currently active
in business or industrial research and development.
Financial and Market Research
8
Legal
1
National Laboratory
5
Research, Chemistry
4
Research, Physics and Engineering 11
Startup Companies
3
Other
3
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Outcome #3: New Generation of Educators Experienced in
Interdisciplinary and Collaborative Research.
Columbia NSEC Alumni who are currently faculty members at major universities.
Type
Res. Scientist
Postdoc
Postdoc
Postdoc
Grad Student
Postdoc
Postdoc
Postdoc
Postdoc
Res. Scientist
Postdoc
Postdoc
Postdoc
Postdoc
Grad Student
Postdoc
Postdoc
Grad Student
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Postdoc
Grad Student
Postdoc
Postdoc
Post-doc
Grad Student
Postdoc
Postdoc
Postdoc
Grad Student
Name
Col. Univ
Department
Latha Venkataraman APAM
Sarbajit Banerjee
APAM
Alexey Teslja
APAM
James Dickerson
APAM
Gordana Dukovic
Chemistry
Gina Florio
Chemistry
Anat De Picciotto
Chemistry
Thuc-Quyen Nguyen
Chemistry
Shiunchin Chris Wang Chemistry
Marisa Buzzeo
Chemistry
Frank Foss
Chemistry
Dennis Bong
Chemistry
Lewei Chen
Chemistry
Marcus Lay
Chemistry
Jun Zhu
Physics
Jie Shan
Physics
Aditi Mitra
Physics
Feng Wang
Physics
Pablo Jarillo-Herrero Physics
Kiril Bolotin
Physics
Mehmet Yilmaz
Electrical Eng.
Barbaros Oezyilmaz
Physics
Sunmin Ryu
Chemistry
Seokwoo Jeon
Chemistry
Byung Hee Hong
Physics
Cyrus Hirjibehedin
Physics
Janina Maultzsch
Physics
Yann Gallais
Physics
Christophe Voisin
Physics
Qian Miao
Chemistry
Xuefong Guo
Chemistry
Xiaodong Cui
Chemistry
Shancai Wang
Electrical Eng.
Yuanbo Zhang
Physics
Advisor
Position
University
Academic
University
Gender Ethnicity
Department
Location
Stormer/Yardley Asst. Prof.
Columbia University
Applied Physics
USA
F
Herman
Asst. Prof.
SUNY, Buffalo
Chemistry
USA
Venkataraman
Asst. Prof.
Fairleigh Dickinson University, Madison, NJ
Chemistry
USA
Herman
Asst. Prof.
Vanderbilt University
Physics
USA
AA
Brus
Asst. Prof.
Univ of Colorado, Boulder, CO
Chemistry
USA
F
Flynn
Asst. Prof.
St. Johns University
Chemistry
USA
F
Nuckolls
Asst. Prof.
Montclair State College
Chemistry
USA
F
Nuckolls
Asst. Prof.
UC Santa Barbara
Chemistry
USA
F
Akins
Asst. Prof.
New York Institute of Technology
Life Science
USA
F
Yardley
Asst. Prof.
Barnard College
Chemistry
USA
F
Breslow
Asst. Prof.
University of Texas at Arlington
Chemistry
USA
Breslow
Asst. Prof.
Ohio State University
Chemistry
USA
Brus
Asst. Prof.
Ohio University
Chemistry
USA
Flynn
Asst. Prof.
University of Georgia
Chemistry
USA
AA
Stormer
Asst. Prof.
Penn State University
Physics
USA
F
Heinz
Assoc. Prof. Case Western Reserve
Physics
USA
F
Millis
Asst. Prof.
New York University
Physics
USA
F
Heinz
Asst. Prof.
University of California, Berkeley
Physics
USA
Kim
Asst. Prof.
MIT
Physics
USA
Kim
Asst. Prof.
Vanderbilt University
Physics
USA
Osgood
Asst. Prof.
Fatih University, Buyukcekmece,Turkey
Physics
Turkey
Kim
Asst. Prof.
National University of Singapore
Physics
Singapore
Brus
Asst. Prof.
Kyung Hee University, Korea
Chemistry
Korea
Nuckolls
Asst. Prof.
KAIST, Korea
Mat. Sci. and Eng.
Korea
Kim
Asst. Prof.
Sungkyukwan University, Korea
Chemistry
Korea
Pinczuk
Lecturer
London Centre for Nanotechnology
Nanotechnology Great Britain
Heinz
Asst. Prof.
Technical U. Berlin, Germany
Physics
Germany
F
Pinczuk
Asst. Prof.
University of Paris 6, Paris, France
Physics
France
Heinz/Hone/Brus Asst. Prof.
Ecole Normale Superieure, Paris, France
Physics
France
Nuckolls
Asst. Prof.
Chinese Univ. of Hong Kong
Chemistry
China
Nuckolls
Asst. Prof.
Nankai University, Tianjin, P.R. China
Chemistry
China
Brus
Asst. Prof.
Hong Kong University
Physics
China
Osgood
Asst. Prof.
Renmin University of China, China
Physics
China
Kim
Asst. Prof.
Fudan University, China
Physics
China
34 NSEC grad students or postdocs are currently faculty members
at institutions of higher learning worldwide.
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Outcome #4: New generation of highly diverse faculty
members and scientific leaders for the world’s
educational Institutions, experienced in
Interdisciplinary and collaborative research.
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Latha Venkataraman Gordana Dukovic
Chemistry
Applied Physics
U. Colorado, Boulder.
Columbia Univ.
Shiunchin Wang
Jie Shan
Life Science
Physics
Case Western Univ. NY Inst. of Techn.
Gina Florio
Chemistry
St. John’s Univ.
Anat De Picciotto
Chemistry
Montclair State Univ.
Aditi Mitra
Physics
New York Univ.
Jay Dickerson
Physics
Vanderbilt Univ.
Jun Zhu
Physics
Penn. State Univ.
Janina Maultzsch
Physics
Tech. Universität Berlin
Thuc-Quen Nguyen
Chemistry
U. Cal. Santa Barbara
Marisa Buzzeo
Chemistry
Barnard College
Marcus Lay
Chemistry
Univ. of Georgia
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Outcome #5: New Paradigm for International Research
Collaborations.
International Collaboration has been driven by the
Columbia Nanocenter program for visitors in residence.
Italy
Alberto Morgante, Trieste
Elisa Molinari, Modena
Deborah Prezzi – Modena
Korea
Kwang Kim, Pohang University
Grad Students and Postdocs
Byung Hee Hong, Sungkyunkwan University
Alberto
Morgante
Elisa
Molinari
Japan
Takao Someya, U. Tokyo
Shigeo Marayami, U. Tokyo
Many more…..
These collaborations have resulted in multiple
research papers published or in preparation.
Deborah
Prezzi
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Jointly sponsored by NSF and by Semiconductor Industry Association (SIA).
Close working interaction with member companies: IBM, Freescale, GlobalFoundries
(AMD), Texas Instruments, Micron Technology, and Intel.
Seeks to develop new devices to replace silicon Field Effect Transistors for processing
information.
Supplemental NSF program to NSEC.
Nonconventional Graphene Switching Devices
Graphene Veselago lens
Graphene Spintronics
Graphene pseudo-spintronics
• Active collaboration with IBM – leading to new research program in high speed
graphene electronics (DARPA).
• An Chen of GlobalFoundries (AMD) in residence for 6 months in 2009.
• Collaborative research with Albany Nanocenter on new switching devices.
• Continued ongoing Intel interactions.
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Columbia Nanocenter Beyond 2011:
Through development of basic
knowledge in charge transport,
the Columbia NSEC has served as
a platform for development of
many new scientific directions in
Nanoscale Science and
Engineering.
NRI and
INDEX
(Kim)
Nanotechnology
for Electronics
Beyond Silicon.
Graphene
MURI
(Osgood)
DARPA/IBM
Graphene
(Shepard)
Nanoscale
Mechanics.
Nanoscale
Science and
Engineering
Fundamentals
Columbia
NSEC
Nanoscale
Optics
BioNano
Technology
NIH
BioNano
Program
(Sheetz)
Chemical
Bonding
Center
(Barber,
Nuckolls)
Nanoscale
Science for
Energy
Nanoscale
Chemistry
EFRC
(DOE)
(Yardley, Heinz,
Brus)
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Columbia NSEC Symposium – June 11, 2011 .
NSEC Symposium Schedule
•
All presenters were graduates of the NSEC
program including participants who came from
Italy, Germany, Japan, and China to attend.
•
Approximately 40 NSEC alumni attended the
symposium.
•
Approximately 120 people attended the
symposium.
•
Three members of the Outside Advisory Board
attended.
Friday June 10th
Registration/Reception
6:00-7:30 Davis Lobby area (with posters)
Dinner – on your own.
Saturday June 11th
Symposium Location: Davis Auditorium and Lobby
8:00 am
CONTINENTAL BREAKFAST and Registration
Session I Chair: Jim Yardley
9:00 am
Director’s Overview (Yardley, Breslow, Heinz)
9:30 am
Takeo Someya (30 min talk, 10 min discussion)
10:10 am
Coffee Break
10:40 am
Thuc-Quyen Nguyen (30 min talk, 5 min discussion)
11:15 am
NSEC and Business Development – Panel with Discussion
Elena Polyakova, Hui Zhou, Michael Holman, George Tulevski, Jen Klare
12:00 pm
Lunch Break & Poster Session
Session II Chair: Ron Breslow
1:15 pm
Gordana Dukovic (30 min talk, 5 min discussion)
1:50 pm
Janina Maultzsch (30 min talk, 10 min discussion)
2:30 pm
Pablo Jarillo-Herrero (30 min talk, 10 min discussion)
2:50 pm
Coffee Break
Session III Chair: Tony Heinz
3:20 pm
Latha Venkataraman (30 min talk, 10 min discussion)
4:00 pm
Andrea Young (30 min talk, 10 min discussion)
4:30 pm
Alberto Morgante: Reflections on International Collaborations (15 min talk)
4:45 pm
Mark Hybertsen: Retrospective and Prospective
5:15 pm
Jim Yardley: Closing
5:30 pm
END
Reception Location: Lerner Hall, Room C555
6:00 pm
Reception and Hors d’Oeuvres
7:00 pm
Closing remarks and Discussion
8:00 pm
Program adjourns.
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History: The NSEC Logo.
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Extra Slides
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Highly-Cited Publications in Primary NSEC Thrusts.
1000
Carbon Nanotube Thrust
Number of
Citations
"Single Molecule Thrust"
Graphene Thrust
100
10
0
5
10
15
20
25
November, 2009
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Columbia Nanocenter Has Created New
Generation of Scientists Experienced in
Interdisciplinary and Collaborative Research.
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NRI and
INDEX
The new scientific elements can
potentially be self sustaining.
However what will NOT be selfsustaining are some very important
aspects of the existing NSEC program:
Nanotechnology
for Electronics
Beyond Silicon.
• Basic research at the foundations of
charge transport.
• Active outreach, education and
diversity programs.
• Seed funding for new faculty members
to develop new concepts and ideas.
• Synergies that create cross-cutting
opportunities.
• A large and active community for
nanoscale scientific researchers.
• A basis to maintain nanoscale
fabrication facilities.
Chemical
Bonding
Center
(Barber,
Nuckolls)
Nanoscale
Chemistry
(Kim)
Graphene
MURI
(Osgood)
DARPA/IBM
Graphene
(Shepard)
Nanoscale
Mechanics.
Nanoscale
Optics
BioNano
Technology
NIH
BioNano
Program
(Sheetz)
Nanoscale
Science for
Energy
EFRC
(DOE)
(Yardley, Heinz,
Brus)
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A Vision for the
New Nanocenter.
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Columbia Nanocenter Beyond 2010:
CCNY
LSAMP
(Parker)
LSAMP
consortium:
CCNY
U C Berkeley
UPR
Maryland
Outreach,
Education,
and
Diversity
NRI and
INDEX
(Kim)
Nanotechnology
for Electronics
Beyond Silicon.
Graphene
MURI
(Osgood)
DARPA/IBM
Graphene
(Shepard)
(Kim, Heinz)
Nanoscale
Mechanics.
NSEC
Futures:
Seed Fund
Technology
Transfer and
Entrepreneurship
(Hone)
Columbia
NEW NSEC
Nanoscale
Science and
Engineering
Fundamentals
(NSF or Other
Support)
Nanoscale
Optics
(Osgood)
BioNano
Technology
NSEC
Infrastructure
(Wind)
CEPSR Cleanroom
NIH
BioNano
Program
(Sheetz)
Nanoscale
Science for
Energy
Chemical
Bonding
Center
Nanoscale
Chemistry
(Barber,
Nuckolls)
(Nuckolls)
(Brus)
EFRC
(DOE)
(Yardley, Heinz,
Brus)
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Columbia NSEC: Broader Impacts.
NSEC program has impacted many aspects of Nanoscale
Science and Engineering, especially including:
•
•
•
•
Effective interdisciplinary collaborative research.
External interactions for research and innovation.
Transformative science and technology.
Enhanced understanding for Nanoscale Science and
Engineering across wide spectrum of the public.
• New generation of scientific leaders for the future.
• Enhanced diversity in NSEC community and the broader
scientific community.
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Impact: Effective Paradigm for Collaborative,
Cross-Disciplinary University Research Program.
• NSEC Program built to emphasize collaboration,
especially interdepartmental.
• Program and organization built around NSEC challenges and issues.
• Strong commitment to teamwork.
• Close interaction at grad student and postdoc level.
• Collaborations.
• 45% of NSEC publications authored by multiple NSEC PI’s.
• 70% of top 20 cited papers authored by multiple NSEC PI’s.
• Interdisciplinary Research.
• 35% of NSEC publications involve NSEC PI’s from multiple
departments.
• 50% of top 20 cited papers involve NSEC PI’s from multiple
departments.
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Fundamental Scientific Questions Which
Drive Columbia NSEC.
What are the fundamental principles that determine electron transport in
nanoscale systems of “0-dimension” (single molecules), 1-dimension
(carbon nanotubes) and 2-dimensions (graphene)?
Major Issues:
• Contacting the nanostructure.
• Energy level alignments.
• Charge redistribution near interfaces.
• Transport through the nanostructure.
• Scattering mechanisms.
• Influence of the environment.
• Controlling transport to create functional devices.
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Columbia NSEC Organizational Structure.
Scientific Directors.
Ronald Breslow, Chemistry
Tony Heinz, Physics, EE
Managing director.
James Yardley, Chem. E., EE
Associate Director.
Latha Venkataraman, Appl. Phys.
Outreach, Education, and
Diversity Committee.
Ronald Breslow (chair)
Executive Committee.
Dan Akins, Chemistry CCNY
Ronald Breslow, Chemistry
George Flynn, Chemistry
Tony Heinz, EE and Physics
Jim Hone, ME
Philip Kim, Physics
Ilona Kretzschmar, CCNY Chem E
Colin Nuckolls, Chemistry
Latha Venkataraman, Appl. Phys.
James Yardley, Chem. E.
Clean Room Committee and
Safety Committee.
James Yardley (chair)
Research Thrusts
2D in Graphene and Related. – Philip Kim
1D in Carbon Nanotubes. – Jim Hone
Molecular Transport. – Colin Nuckolls
NRI-NSF Initiative
Program Leader – Tony Heinz
Research Scientists.
Shalom Wind
Mike Steigerwald
Clean Room Supervisor.
Geoff Goold
Clean Room Process Engineer
Linus Fetter
Outside Advisory Board.
John Brauman (Stanford)
Wally Parce (Nanosys)
Cathy Taylor (GM, Retired)
Tom Theis (IBM)
George Thompson (Intel)
Edel Wasserman (Dupont)
Industrial Advisory Board.
Wally Parce (Nanosys)
Cathy Taylor (GM, Retired)
Tom Theis (IBM)
George Thompson (Intel)
Edel Wasserman (Dupont)
Administration (CISE).
Ran Zhao
NSEC Program Coordinators.
Francisco Monar (Outr, Ed, & Div.)
Candy Petrolle (Reports and Finance)
Cassie Beirele (Events, 25%)
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Columbia NSEC Research Thrust Structure.
Single Molecule
Conductance Thrust
Columbia University PI’s
Colin Nuckolls *
Ronald Breslow
George Flynn
Tony Heinz
Ann McDermott
Andrew Millis
Horst Stormer **
Latha Venkataraman
Consortium PI’s
Marisa Buzzeo
Ilona Kretzschmar
Students/Postdocs
Associated Researchers
Shalom Wind
Mark Hybertsen (BNL)
Mike Steigerwald
Industry
Ben Ocko (BNL)
Transport in Carbon
Nanotube Thrust.
Transport in
Graphene Thrust
Columbia University PI’s
Jim Hone *
Louis Brus
Richard Friesner
Tony Heinz
Irving Herman
Phil Kim
Students/Postdocs
Consortium PI’s
Dan Akins
Associated Researchers
Shalom Wind
Industry
Phaedon Avouris (IBM)
Zhihong Chen(IBM)
Ming Zheng (Dupont)
Jim Misewich (BNL)
Yimei Zhu (BNL)
Columbia University PI’s
Phil Kim *
Louis Brus
George Flynn
Colin Nuckolls
Aron Pinczuk
David Reichman
Horst Stormer **
Jim Yardley
Students/Postdocs
Consortium PI’s
Bob Krchnavek
Associated Researchers
Mark Hybertsen
Industry
NSF-SIA NRI Program.
Graciela Blanchet
Columbia University PI’s
(Dupont)
Ron Pindak (BNL)Tony Heinz*
An Chen (Global Phil Kim
Horst Stormer **
Foundries)
Students/Postdocs
Associated Researchers
Mark Hybertsen (BNL)
Industry
Chung Yung Sun (IBM)
An Chen (GlobalFoundries)
NRI Team (Allen Bowling, TI)
Important: Thrust composition
changes dynamically.
* thrust leader
** on leave, 2009-2010
file: NNI NSE Conference Dec 2011 rev 04.pptx
Page 30
Scientific Publications in “High Impact” Journals.
Impact Factor Distribution
35
Nature
30
Impact Factor for each
venue of publication
as defined by ISI
(2008).
Science
25
Nature Materials
Nature Nanotechnology
20
Nature Physics
15
}
10
Accounts of Chemical Research, Angewandte Chemie
} Nano Letters, Proc. Nat. Acad. Sci.
} J. Am. Chem. Soc., Phys. Rev. Letters
5
Phys. Rev. B
0
0
50
100
150
200
250
300
350
Publications through calendar year 2009.
file: NNI NSE Conference Dec 2011 rev 04.pptx
Page 31