Presentation, 11 MB

Nanotechnologies in Switzerland
Non-contact Force
Microscopy image of a
NaCl(001) island taken in
UHV. The island consists of
about 150 molecules and
was produced by
“uncontrolled“
manipulation of a NaCl-film
on a Cu(111) surface. This
island reveals one of the
worlds smallest
Switzerland.
(University of Basel)
Prof. Dr. H.-J. Güntherodt
Karl Höhener, El. Ing. HTL
Management Team
TOP NANO 21
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Agenda
1. Introduction
2. The Swiss network of competence in Nanotechnologies
3. The Swiss business sector in Nanotechnologies
4. The key competencies and Applications of Nanotechnologies
5. The Swiss innovation System for Nanotechnologies
6. Future activities
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The NANO-Technology starts developing
New scientific findings will be available continuously
TOP NANO 21 links:
Early
Follower
World
Scientific Findings
Maturity
new
Dominant
Design
Companies
Late Follower
market
leaders
SME
s
ie
g
o
ol
n
ch
Te
Innovation leader
Inventor
s
• Scientists,
• Technologists and
• Engineers
to create a “NANOMETER“
business sector
TOP
NANO 21
projects
Applications
Curr.
status
new
new
Invention leader
Time
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9
The Key Technology of the 21st Century
9
Cross-section Technology such as Information Technology
Structural size
Physics
M
A
C
R
O
Electronics
0.1mm
M
I
C
R
O
Micro-Electronics
Material design
Biology
Cell biology
0.1µm
N
A
N
O
Applications of
Nano-Technology
ElectroTechnology
Molecular biology
Functional
Molecule Design
Chemistry
0.1nm
Quantum effects
Complex
Chemistry
Surfaces
Structures
Sensors
Bio chips
Powders, CNT
Supra MolecularChemistry
...
Applications:
Smart Materials
Optic
Biology
Communication
Sensors
Time
Source:Quelle:
according
Nachto
VDI
VDI
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Agenda
1. Introduction
2. The Swiss network of competence in Nanotechnologies
3. The Swiss business sector in Nanotechnologies
4. The key competencies and Applications of Nanotechnologies
5. The Swiss innovation System for Nanotechnologies
6. Future activities
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Swiss research institutes, clusters of NANO-Competencies
EMPA
PSI /
CSEM
University
of
Geneva
University
of
Fribourg
University
of
Basel
Organic
Nanosystems
Biosensors
Nanoparticle
Ceramics
Nanoparticles
Nanocomposite
Coatings
Nanomaterials
Nanomaterials
Tips &
Tools
NanoAnalytic
Nanotubes
Probes
Systems
for Nanostructuring
Surfaces
EPFL
ETHZ
Biosensors
Nano-Noses
Nanoparticles
Nanoparticles
NanoOptics
Service
Cluster
Nanomanipulation
Nanoreplication
University
of
Neuchâtel
Tips &
Probes
Tips &
Tools
Devices
Devices,
Electronics
Nanofactory
Nanomanipulation
NanoFabrication
Nanostructuring
Surfaces
Biosensors
Nanoparticles
Tips and Probes
NMR/MRI/Magnetic fields
Artificial Noses
Nanocomposite Coatings
Nanofactory
Nanostructuring/Nanoreplication
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Nano-Platform of the Universities of applied sciences
Berner
Fachhochschule
FH
Nordwestschweiz
HTA
FHA
EISI
FHSO
FHBB
Haute école
spécialisée
de Suisse Occidentale
EIF EIV EICN EIG
Scuola universitaria
professionale
Swizzera italiana
SUPSI
FH
Ostschweiz
Zürcher
Fachhochschulen
NTB ISG HSR
ZHW
Nano
Devices
Nano
Analytics
Measurements
Function.
Surfaces
Replication
Function.
Surfaces
Function.
Surfaces
Nano
Structuring
Nano
Materials
Nano
Materials
Functional Surfaces
Measurements/Analytics
Replication/Structuring
Materials
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NANO-Technologies and the Professional Education
Objectives
• Raising the awareness in the professional education for
the present and future developments in the field of the
Nanometer scale
• Introducing the application of the Nanometer scale to the
technical and industrial professions
• Teaching the practical applications of the new
instruments in industrial fields in which the Nanometer
scale has already been used. The Nanometer should
therefore reach the same daily usage as the micrometer
has achieved.
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Centers of competence
• Swiss Institute of Technology (ETH), Universities
• Public and Private R&D-Institutes
IBM Research
Division
• Universities of Applied Sciences
• Schools for Professional Education
ETHZ
University
Zurich
Universität FHBB
Basel
FHAKATZ
HTA
EISI
Université CAFI
de Neuchâtel
EICN
CSEM
Université
de Fribourg
EIF
EPFL
Université
de Lausanne
EIG
Université
de Genève
FHSO
ZHW
PSI
CSEM
Alpnach
Universität
Bern
Metas
Bern
EMPA
Dübendorf
Universität
St.Gallen
EMPA
St. Gallen
ISG
HSR
NTB
EMPA
Thun
EIV
SUPSI
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Agenda
1. Introduction
2. The Swiss network of competence in Nanotechnologies
3. The Swiss business sector in Nanotechnologies
4. The key competencies and Applications of Nanotechnologies
5. The Swiss innovation System for Nanotechnologies
6. Future activities
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The Swiss Nano business sector
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Interdependence between competence and economic strength
Biosensors
Nanoparticles
TipsandProbes
NMR/MRI/
Magneticfields
ArtificialNoses
Nanocomposite
Coatings
Nanofactory
Nanostructuring
/Nanoreplication
EMPA
PSI /
CSEM
University
of
Fribourg
University
of
Basel
Organic
Nanosystems
Biosensors
Nanoparticle
Ceramics
Nanoparticles
Nanocomposite
Coatings
Nanomaterials
Nanomaterials
Tips&
Tools
NanoAnalytic
Competence Clusters
Nanomanipulation
Nanoreplication
University
of
Neuchâtel
Nanotubes
EPFL
ETHZ
Biosensors
Nano-Noses
Nanoparticles
Nanoparticles
NanoOptics
Probes
Tips&
Probes
Devices
Service
Cluster
Systems
for Nanostructuring
Tips&
Tools
Devices,
Electronics
Nanofactory
Nanomanipulation
NanoFabrication
Nanostructuring
Surfaces
DvorakAdvanced
CoatingSolutions
IR Microsystems
FisbaOptik
NANO
Microsystems
CompositesNestléIRResearch
Center
ElectrowattEngineering
ABBCorporateResearch
LawsonMardonPackaging Services
Simulation
AWM Werkzeugbau
Leica Geosystems
OVDKinegram
FisbaOptik
SwissOptic
Weidmann
Mimotec
Leister
NANO
SwissOptic
Replication FisbaOptik
Siemens Cerberus
ISE
Microsens
NanoWorld
ETA
NANO
AGIE
Machining FisbaOptik
NANO
Assembly
Sysmelec
NanoWorld
SURFACE
Sensirion
Nanosurf
Triple-O
Tips&
WITec
Probes
IBM
ABBCorporate Research
SulzerInnotec
Ilford Imaging
Solaronix
Xoliox
Firmenich
TISSUPOR
SulzerInnotec
GreatcellSolar
Ivoclar Vivadent
Elfa Oxychemie
ControlComponents
Novartis Ophthalmics
NANO
Powders
DvorakAdvancedCoating Solutions
ABB Corporate Research
Charmilles Technologies
InstitutStraumann
LOGOtherm
Zeptosens
IONBOND
BALZERS
Platit
NANO
Mathys
Surfaces
Montavon
BALZERS
FisbaOptik
Ilford Imaging
SulzerInnotec
SulzerChemtech
TechformEngineering
ALSTOM Power Technology
Konsortium Sondermülldeponie
Kölliken
NanolightInternational
Heidenhain
Microsens
Mecartex
Xoliox
Devices Sentron
Solaronix
GreatcellSolar
IR Microsystems
AritronInstrumente
Nikon corporation
Economic Strength
Clusters of Competence and Swiss NANOMETER Business Sector
Heidenhain
Products
Demaurex
Sysmelec
Mecartex
System
MECANEX
IntegrationIR Microsystems
Processes
HTS High Technology Systems
OMICRON Vakuumphysik
LN Industries
Heidenhain
Orbisphere
SURFACE
Nanosurf
Triple-O
Measure WITec
IBM
Equipment Platit
Genspec
INFICON
Mecartex
Services
OMICRON Vakuumphysik
SURFACE
NANO
Vacor
CharacterizationW. Blösch
Carand‘Ache
SulzerInnotec
Technology Provider
Technology User
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Agenda
1. Introduction
2. The Swiss network of competence in Nanotechnologies
3. The Swiss business sector in Nanotechnologies
4. The key competencies and Applications of Nanotechnologies
5. The Swiss innovation System for Nanotechnologies
6. Future activities
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The Swiss Key Competencies
Ö Cantilever Applications for AMF, STM, SPM, Arrays, Sensors
Ö NANO Biology
(NANO-Containers, Single Molecule Detection,...)
Ö NANO Factory
(Machining, Assembling, Handling)
Ö NANO Materials
(Powders, Composites, CNT)
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Outlook beyond 2002
Where Swiss Companies are investing in the future
Î
NANO-Surfaces
Î
NANO-Powder
Î
NANO-Replication
Î
NANO-Composites
Î
NANO-Tips and Probes
Î
NANO-Instruments
Î
NANO-Machining
Î
NANO-Assembling
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Swiss key competencies
Specific Technological Topics
Ö
Photovoltaic, TCO
Ö
Energy and Energy Storage
Ö
Tribology
Ö
High Volume Processes for thin Layer Systems
(Coatings)
Ö
New Materials, Nano Powders, CNT
Ö
Nanostructured Surfaces and Structuring
Ö
NANO- Scale Magnetic Properties
Ö
Tips and Probes for SPM and Sensors
These are Technological Fields for Start-up‘s
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Swiss key competencies
Industries:
Ö
Machine and Apparatus Industry
Ö
Instrumentation and Sensor Industry
Ö
Textile Industry
Ö
Varnish and Paint Industry
Ö
Food industry
Ö
Pharmaceutical Industry
Ö
Biotech Companies
Ö
Optical Industries
Ö
Tool and Molding Industry (Replication)
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„Nanostructures for Optical Devices and Elements”
Typical linewidths
50-150 nm
Typical layer
thicknesses
20-100 nm
Layer materials, thicknesses and
nanostructuring are application specific
Optical nanostructures with line
widths in the order of or less
than 100 nm, and aspect ratios
(linewidth / depth) of up to 1:1.
Examples of application areas
include anti-reflection surfaces,
grating polarisers and resonant
filters for application at uv and
visible wavelengths.
A four layer structure repeated two times
gives a nice flat-top resonance effect.
The grating period is 716 nm.
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„Fluorescent lamp for general lighting based on carbon
Nanotubes field emitters”
The field emission cathode is a
metallic wire which supports carbon
Nanotubes and which is placed at the
center of the glass tube. The
phosphor is bombarded with
energetic electrons emitted by the
carbon Nanotubes on the cathode to
produce visible light. The source has
several advantages over conventional
fluorescent tubes, as it is
mercury-free and has instant turn-on.
Nanolight International Ltd
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NANO-Factory
Linar table of Delta Cube II:
• 10 mm movement,
• 10 nm resolution
The Delta Cube II:
mechanical structure
of the new designed
micro-EDM machine
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Nanostructures for Optical Devices and Elements
Subwavelength grating grid polariser
fabricated by the slope evaporation of
metal onto a replicated grating
nanostructure.
Smoke detector unit:
Potential application of
nanostructured polariser to improve
sensitivity of detector.
Anti-reflection surface - application
of grating nanostructure to reduce
the reflectivity of an optical surface.
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Non-wetting surface coatings for precision optics
The perfluorosilanization of
smooth glass or other mainly
SiO2 containing substrate
surfaces results in surfaces
with lowest wettability by
liquids (twice lower than
Teflon™) without optical
losses.
The main advantage of the
coatings is the strongly
reduced contamination of
precision optics. Cleaning
efforts of optical elements is
strongly reduced.
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Nanomanipulation of Cabon Nanotubes
Manipulation at the nanoscale with
force feedback is
made a accurate and easy through:
• A large workspace (∅300mm,
which means a reduction factor
of the order of 100'000),
•
A force ranging from human
sensitivity to 2.5kg.
Atomic Force Microscope
Tip
nanofeel
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TOP NANO 21 Start-up companies
Superficially seen, just a magnifying glass, easyScanAFM
Wear less diamond tips are planed to
considerably increase the time of
sensor operation.
nanoSurf
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TOP NANO 21 Start-up companies
High Performance Nanocrystalline Photovoltaics for
Indoor Applications
This innovative photovoltaic device
with enhanced sensitivity at low
light levels uses an electroactive
dye to absorb light and deliver
electricity; the dye is adsorbed
on a semiconductor in contact
with an electrolyte, in contrast
with conventional all-solid-state
devices
Electrochemical photovoltaic
devices maintain their conversion
efficiency under low light conditions
indoors where conventional solid state
cells perform poorly.
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TOP NANO 21 Start-up companies
DHM, a new instrument for cell characterisation and imaging
at the nanometric scale by digital holographic microscopy
Thickness resolution of
approximately 40 nanometers
and a transverse resolution of
360 nm have been obtained for
living cells in cultures.
DHM offers diverse and important
applications in medicine and
biology: diagnosis based on the
non perturbing observation of
living tissues and cells, and
functional image of cells in
culture for drug screening in
pharmaceutical industry.
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Conformation and Molecular Interaction of Proteins at
Nanoscale Patterned Interfaces of Biomaterials and Biosensors
Proprietary surface chemistry in
conjunction with planar wave guides
adapted to the specific requirements
of assay and functionality featuring
extremely low non-specific binding.
High performance fluorescence
imaging system and microarray-based
assays with improved biological
information enabled through highest
sensitivity
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Agenda
1. Introduction
2. The Swiss network of competence in Nanotechnologies
3. The Swiss business sector in Nanotechnologies
4. The key competencies
5. The Swiss innovation System for Nanotechnologies
6. Future activities
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The Swiss NANO-Innovation System
The Key Elements
Transfer Factors
Enterprises
as
Innovation
Dynamo
Organizations for Economic Developments
Organizations to support
Innovation, Technology and Research
Science and Engineering Base
Framework Conditions
Risk and Venture Financing
Source: adapted from OECD
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The Swiss NANO-Innovation System
Framework Conditions
Framework Conditions
Transfer Factors
Enterprises
as
Innovation
Dynamo
Organizations to support Innovation, Technology and Research
• Commission for Technology and Innovation (CTI)
• Swiss National Science Foundation (SNF)
• Board of the Swiss Federal Institutes of Technology (ETH-Board)
• Private Foundations such as Gebert Rüf Foundation and many others
• SNI-RSI Swiss Network for Innovation
• Swiss Technopark® , Zürich
• EPFL Science Park, Lausanne
• and others
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The Swiss NANO-Innovation System
Framework Conditions
Transfer Factors
Enterprises
as
Innovation
Dynamo
Framework Conditions
Organizations for Economic Developments
• seco, State Secretariat for Economic Affairs
• OSEC - Business Network Switzerland
• Business Development Agencies of the Cantons
• and others
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The Swiss NANO-Innovation System
Transfer Factors
Framework Conditions
Transfer Factors
Enterprises
as
Innovation
Dynamo
Efficient Education System in NANO-Science,
NANO-Technology and Schools for Professional Education
• University Level:
Diploma Courses, Continuing Education, Doctoral Studies (PhD),
Exchange Programs / Traineeship
• Universities of Applied Sciences:
Diploma Courses, Continuing Education, Post Graduated Studies
• Schools for Professional Education:
Selected Courses for Nano related Operations
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The Swiss NANO-Innovation System
Framework Conditions
Transfer Factors
Transfer Factors
Enterprises
as
Innovation
Dynamo
Active Information Exchange between Science and
Industry
• The Swiss NANO Information Platform www.ethrat.ch/topnano21
• Coaching of Start-up by “CTI Start-up”
• Swiss NANO Innovation Committee
• Annual National NANO-Event for Information Exchange
Science/Industry and new Scientific Findings and Technological
Developments
• Active Project Coaching by the Commission for Technology and
Innovation
• Swiss NANO-News Ticker for actual Information Exchange
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Factors of Success
Understandable Communication of Needs between Economy
and Science
3. Create a climate of
innovation
and controlled risks
1.
2.
Science
4. Confidence
between the
partners
Economy
Active interface for new findings between Science and Economy
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The Swiss NANO-Innovation System
Framework Conditions
Transfer Factors
Enterprises
as
Innovation
Dynamo
Source: related to OECD
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Enterprises as Innovation Dynamo
The Swiss NANO-MAP of Enterprises
Framework Conditions
Transfer Factors
Enterprises
as
Innovation
Dynamo
More than 200 Enterprises engaged in NANO-Technology
The Swiss NANO-Region
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Swiss key competencies (geographically)
Research Centers
Industrial Partners
Universität
Basel
FH Basel
IBM Research
EMPA
Division
Dübendorf
ETHZ
Universität
St.Gallen
EMPA
St. Gallen
PSI
CAFI
Université
de Neuchâtel
FH Biel
CSEM
Université
de Fribourg
FH Buchs
CSEM
Alpnach
Metas
EMPA Thun
EPFL
FH Wallis
Université
de Genève
SUPSI
The Swiss NANO-Region
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Agenda
1. Introduction
2. The Swiss network of competence in Nanotechnologies
3. The Swiss business sector in Nanotechnologies
4. The Swiss innovation System for Nanotechnologies
5. The key competencies and Applications of Nanotechnologies
6. Future activities
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Strategic Talks with Enterprises
to evaluate Nanotech opportunities
Topics:
Ö
What is NANO-Technology
Ö
Competencies in Switzerland
Ö
Opportunities for the specific Enterprise
Ö
Nanotechnology a driving Force for Innovation
Ö
Next specific Steps
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International Nano Conference and Nanofair 2003
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International Nano Conference 2003
September 9. – 11., 2003 with
TOP NANO 21 4th Annual Event
Topics:
Ö
Life Sciences
Ö
Optics and Electronics
Ö
Tools and Sensors
Ö
Materials and Surfaces
Ö
Education and Training
Ö
Financial Services for Nanotechnologies
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International Nano Conference 2003, Sept. 9 - 11
W e d n e s d a y , 1 0 . S e p te m b e r 2 0 0 3
T h u rs d a y , 1 1 . S e p te m b e r 2 0 0 3
R e g is t r a t io n
R e g is t r a t io n
P le n a r y le c tu r e T o o ls /
S e n s o rs
P le n a r y le c t u r e O p t ic /
E le c t r o n ic s
0 8 :5 0
S ta r t 0 8 .4 0
0 9 :0 0
B re a k
Universities
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1 0 :0 0
1 0 :2 0
B re a k
C h a ir
C h a ir
C h a ir
Universities
C h a ir
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Universities
0 9 :2 0
Universities
T u e s d a y , 9 . S e p te m b e r 2 0 0 3
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B re a k
( E x h ib it io n , P o lit ic s , S c ie n c e )
B re a k
1 0 :4 0
1 2 :2 0
E n d e 1 2 :3 0
1 2 :4 0
Industry
1 2 :0 0
P le n a r y le c tu r e
N a n o t e c h n o lo g ie s in U S A
Industry
1 1 :4 0
Industry
A p é ro / P a u s e
1 1 :2 0
Industry
1 1 :0 0
P le n a r y le c tu r e
N a n o t e c h n o lo g ie s in J a p a n
V IP R u n d g a n g
L u n c h a n d V is it o f E x h ib it io n
L u n c h a n d V is it o f E x h ib it io n
Lunch
1 3 :0 0
1 3 :2 0
R e g is t r a t io n
1 3 :4 0
S ta rt 1 3 :5 0
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P le n a r y le c t u r e L if e S c ie n c e s
P le n a r y le c t u r e M a t e r ia ls /
S u rfa c e s
E d u c a t io n & T r a in in g
1 4 :2 0
1 4 :4 0
K e y N o te s
L ife S c ie n c e , C h a ir
K e y N o te s
T o o ls /S e n s o r s ,
C h a ir
K e y N o te s M a te r ia ls /
S u r fa c e s , C h a ir
K e y N o te s
O p tic s /E le c tr o n is ,
C h a ir
1 5 :0 0
B re a k
Universities
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Universities
1 6 :0 0
B re a k
Universities
1 5 :4 0
F in a n c e
Universities
1 5 :2 0
B re a k
TOP NANO 21 4th Annual Meeting
N a n o C o n fe r e n c e a n d T O P N A N O 2 1 A n n u a l M e e tin g 2 0 0 3
I n t . O u t lo o k in S c ie n c e & T e c h n o lo g y
& T O P N A N O 2 1 O u tlo o k
1 6 :4 0
E n d e 1 7 :0 0
L if e S c ie n c e
Legende:
P u b lic S e s s io n s
T o o ls / S e n s o r s
M a t e r ia ls / S u r f a c e s O p t ic s / E le c t r o n ic s
An Initiative of the ETH Board for Implementation by the Commission for Technology and Innovation (CTI)
Copyright
Management Team
TOP NANO 21
42
Swiss NANO Science and Technology globally linked
Strong Connections to World Class Research Centers
Yearly USA-Switzerland
NANO-Event
Yearly Japanese-Swiss
NANO-Workshop
An Initiative of the ETH Board for Implementation by the Commission for Technology and Innovation (CTI)
Copyright
Management Team
TOP NANO 21
43
Innovation means seeing
what everybody sees and anticipating
what no one has anticipated
An Initiative of the ETH Board for Implementation by the Commission for Technology and Innovation (CTI)
Copyright
Management Team
TOP NANO 21
44