NRI Role and Collaboration with innovation entities

1
for commercialization of Nano-technology
NRI Role and Collaboration with innovation
entities
2009.10.07
Sangchun Lee
NRI National Research Institute Innovation
entities Industrial, academic and national
research party
2
Contents
1. NT(Nano-driven Technology) overview 2. NT
Commercialization 3. NRI, the current status 4.
NRI Role 5. Collaboration plan Nano
Collaboration Center
3
Intro.
Nano tech?
The purposeful engineering of matter at scales
of less than 100 nanometers to archive
size-dependent properties and functions
... (Lux Research)
1959
There is Plenty of Room at the Bottom -
Richard P. Feynman in APS meeting
1974
Nano Technology Taniguchi uses the term
nanotechnology for the first time
1986
Engines of Creation First book on
nanotechnology by K. Eric Drexler. Atomic Force
Microscope invented by Binning, Quate and Gerbe

Now
Nano Initiative National Growth Engine
4
1. NT Overview Major Category
As to advanced countries,Korea 66, No.4
Developing Hybrid materials, ahead of
commercialization in unit material level
Nano Materials
66
Developing applicable integration devices with
various manufacturing line, ahead of simply
high-efficient device
Nano Device
77
Controlling Nano-hybrid structure for diagnosis,
bio and medical field
Nano Bio
56
Developing low-cost Commodity equipment for
various manufacturing lines
Measurement Equipment
65
Ref) National Nano-drive tech. plan,
nano-korea.net
5
1. NT Overview Value Chain
NT industry Value Chain
Korean current status
(Nano materials/devices 60)
Nano Materials/devices
Intermediate Product
Product (Nano-drive(n))
etc, 17
Materials 31

• Nano carbon tube
• Nano ceramic
• Dendrimer
• Fullerene
• Nano particle
• Nano porous
• Nano structure
• Nano wire
• Quantum dot

• Nano coating
• Nano complex
• Diagnosis Kit
• Display
• TDDS
• Memory
• Solar cell
• Nano sensor
• Nano therapy

• Vehicle
• Cell phone
• Medical
• Communication
• Robot
• Biotechnology
• Transportation
• Agriculture, food
• Energy
• EHS

Energy, 11
Bio/Medical, 12
Devices 29
Still, It has huge market in intermediate
and drive(n)-product, all fields

• Measurement, Inspection, Manufacturing, Modeling,
  Processing

Equipment
Ref) the current status of the major nano-tech
and commercialization, KISTI ,2008
6
Backup NT product cases in Korea
Conductive nano silver ink (NPK)
Simple blood tester (Samsung)
Nano
Transparent-flexible nano power plant Device
(Samsung)
Nano plasma sterilization air purificaton (LG)
Nano capsule cosmetics (Amore)
Ref) Nano Technology Research Association
7
2. NT Commercialization Phase IIV

• 3 Trillion market by 2015 (1.5 trillion except
  semiconductor) (Cientifica, 08)
• Korea, Expecting CAGR 22.6 by 2020 (KISTEP, 05)

Korea, present
II Innovation (Active structure)
IV NT Revolution (Molecular nano SYS)
Matured

• Substitute application of
• the current function

• New concept industry

Technical Level
III New market (Systematic nano)
I Nano-enabled (Passive structure)
Incubating

• Simple application

• Creation of the new market with new nano tech

Functional
Major role
Market Impact
Ref) The strategy for nano industry, MKE, 2009
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2. NT Commercialization Phases
2000
2005
2010
2015
IV NT Revolution (Molecular nano SYS)
III New market (Systematic nano)
II Innovation (Active structure)
I Nano-enabled (Passive structure)

• Coating
• Nano particle
• Nano structures
• Polymer
• Ceramic

• NEMS
• Nano-bio device
• 3D transister
• Amplifier
• TDDS
• Optical motor
• Plasmonics
• Nano fluidics
• Laser devices

• 3D Networking
• Robot
• Organic Nano IT

• Atomic design
• Molecular device design

Original NT for Future parts
NRI
Original NT for industry parts
Core in major industrial labs.
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3. NRI the current technology status
Nano Materials Nano Devices
Nano Bio and Medicals
Measurement Equipment
Original Tech. for Industry
NRI Type I Industry, as the center
NRI Type II IndustryFuture, mixing
Original Tech. for Future
NRI Type III Future, as the center
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3. NRI Type 1 Industry, as the center
Institute
Major Part (Nano)
Major Technology
KIMM (Mechanics)
Nano measurement, control system

• High efficient optical nano patterning
• Next industrial R2R Display pattern process
• Bio mechanical system from nature application

KIMS (Materials)
Nano materials, device

• Metallic material reinforcement by
  nanocrystalline
• Nano active bio coating for implant
• Neogenesis materials by Nanoporous synthesis

ETRI (Telecomm.)
NT-IT device

• Si-Ge Quantum-Well channel nano device
• High-speed Smart-oxide chemosensor with PPB level

KERI (Electronics)
NT materials, Bio device

• Transparent high conductive nano hybrid
  material using CNT
• Breast cancer diagnosis using CNT X ray

KIER (Energy)
Nano device, structures

• High efficient Solar cell
• Nanoporous ceramic separator

KITECH (Processing)
Nano processing

• Nano processing for next generation
• Localization of nano process

11
3. NRI Type 2 Industry Future, mixing
Institute
Major Part (Nano)
Major Technology
KRICT (Chemical)
Nano materials, Bio, medical

• Super surficial hybrid nanoporous
  functionalization
• - Surface of hybrid nanoporous 1gsoccer field
  80 - World Best CO2 absorption (4 times
  improvement)
• Materials of Solar and fuel Cell
• Original tech. of composite materials in Printing
  process

KRIBB (Bio)
Nano bio, materials

• Original tech. of Smart bio chip/sensor
• Nano-bio functional materials

KFRI (Food)
Nano materials, foods

• Novel fabrication of food nanoemulsions
• Sensor/Chip of food nanoemulsions

KRISS (Standard)
Nano control

• Nano/quantum measurement and control
• High technology of measuring nano material
  components

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3. NRI Type 3 Future, as the center
Institute
Major Part (Nano)
Major Technology
KIST
Nano device, bio measurement

• New spin device technology
• Spin transistor device technology
• (No Need to boot in computer)
• High speed bio sensor system with molecular level
• Nano structure control

Nano materials, Bio, medical
KAERI(Nuclear)
Nano materials, process

• Nano Powder Synthesis Application
• Nano-Bio Sensor System
• Nano composite fabrication and application

NFRI (ITER)
Nano materials, membrane

• Low temperature formation of thin film of
  insulation using neutral beam

KBSI (Basic Science)
Nano infra science

• Base technology of fuel cell
• Precise sample transportation control
• HVEM

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4. The role of NRI
Features in nano industry
Generic Technology ? revitalization with
melting in other industries
1
Disruptive Technology or Killer application ?
Core components of creating new market
2
Huge investment for nano-fusion infrastructure
? Need to the efficiency of Experts, Certi.,
Standard
3
Government Total Control Tower of Nano Value
Chain (Nano 2.0)

• Portfolio leading of Industry and Future
  technology
• Highly Efficient Technical Infra. Set-up
• The pivotal role of innovation entities for
  on-time market

NRI Role
Innovation entities Industrial, academic and
national research party
14
5. Collaboration plan Nano Collaboration Center

• Open lab. collaboration center supporting
  total nano industrial cycle

Researchers/ Institute
Managing - Tech Seeds - Biz Item - Feasibility
Study
Control Tower - Team play -

• Research planning, support
• Experts, equipment support
• Commercialization planning

Nano 2.0 Program
Nano Collaboration Center
One-organized coordinator - managing
total nano cycle program
Corporation/ Tech consumer

• Governmental investment plan
• Commercialization support
• Collaboration support
• Infra support

Q/A
Standard set-up
Standardization/ Certification
Coordinator
15
5. Collaboration plan Nano Collaboration Center
orldclass Nano-Generic Technology
ntelligent RBD Hub
teering Nano-NIS
Nano Collaboration Center
volution of Nano-Industry Market
Ref) Nano 2.0 Program, MKE
16
Under governmental unified Control Tower
investment NRIs for nano-generic technology
leadership are trying 1. Setting up systematic
Infra. (Experts, Equipment, Standard, etc) 2.
Collaboration with innovation entities Nano
Collaboration Center under nano 2.0 program must
draw a big stroke
Thank You!