gnn3 - m.k. wu, taiwan

8/14/2019 GNN3 - M.K. Wu, Taiwan

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Taiwan National Program onNanoscience and Nanotechnology

M. K. Wu

Minister, National Science Councilhttp://nano-taiwan.sinica.edu.tw/

GNN-2005, Saarbrcken, Germany

May 2627, 2005
http://nano-taiwan.sinica.edu.tw/http://nano-taiwan.sinica.edu.tw/


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(1) Through the establishment of common core facilities and educationprograms to achieve academic excellence, and promote industrialapplications.

(2) Based on the national competitive technologies to bring up theacademic excellence, and then create innovative industrial

applications.(3) Establish international competitive nanotechnology platforms.

(4) Enhance advanced innovative research to speed up thecommercialization of nanotechnology.

Objectives

Academic Excellence IndustrializationNanotechnology

Establishment of Core Facilities

Education Programs


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National Nanoscience & Nanotechnology Program

1.820.730.610.48000Council of Labor Affairs

3.270.580.580.580.560.490.49Program Office (NSC)

13.403.863.222.872.011.440Department of Health

662.24130.27131.38131.4788.00*96.9484.17Total

2.460.580.580.580.320.230.18Environmental Protection

Administration

13.083.163.162.872.271.000.62Atomic Energy Council

12.162.552.552.552.201.600.70Ministry of Education

131.4813.9523.2331.2122.0320.5620.49National Science Council

9.222.301.991.721.191.030.98MOEA/Bureau of Standards,

Metrology and Inspection

7.061.281.281.281.211.160.85MOEA/Bureau of Energy

14.234.603.833.191.220.770.62MOEA/Industrial Development

Bureau

454.0596.6890.3684.1354.9968.6559.24MOEA/Department of

Industrial Technology

658.96129.69130.80130.8987.45*96.4583.68Total

12.162.552.552.552.201.600.70Education Program

114.7917.3117.0016.7321.9421.8519.96Core Facilities Program

429.9698.4091.1983.9147.2559.6949.52Industrialization Program

102.0711.4320.0627.7016.0613.3113.50Academic Excellence Program

Total200820072006200520042003

Unit:Million USD (1USD=31.32NTD)

*Additional funds are under pending


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Input From Sponsoring Agencies

68.9%

2.0%

2.2%

1.1%

1.4%

19.9%

1.9%

2.0% 0.2%

MOEA/Department

of Industrial

Technology

68.9%

MOEA/Bureau of

Standards,

Metrology andInspection

1.4%MOEA/Bureau of

Energy

1.1%

MOEA/IndustrialDevelopment

Bureau

2.2%

National Science

Council20.0%

Ministry ofEducation

1.8%

Environmental

Protection

Administration0.4%

Council of Labor

Affairs

0.3%

Department of

Health

2.0%

Atomic Energy

Council

2.0%


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Summary of Academic Research Projects

FY92

22

34

42

36

134

FY92

12

16

10

9

47(35%)

AcademicAcademicResearchResearch

Total 25 3 5 9 2 1

(36%) (67%) (20%)

No. proposals awardedNo. proposals awardedAccepted preAccepted pre--proposalsproposalsNo. PreNo. Pre--ProposalsProposals

FY93

5 2 6

(20%) (67%) (20%)

18

24

19

5

66

FY94

12

18

21

12

63

FY93

12

12

12

3

39(59%)

FY94

6

11

9

3

29

(46%)

FY94

6

6

5

3

20

( 32%)

FY92 FY93

6 8

6 6

5 8

4 3

21 25(16%) (38%)

CommonCommon Lab.Lab.

Physics

Chemistry &

Materials

Nano-biotechnology

Electronics

Total


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Inject charge on surface Dip in QD solvent for ~ 10 s Remove residue solvent

Nanotools Assembled by Nanomaterials for

Sensing and Manipulation Applications

xerography

From Shangjr Gwo, Physics Department, National Tsing Hua University
http://electrostatic%20manipulation.wmv/


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Writing speed:20m/s

Sample bias:4.0VArea:5m2

Writing speed:20m/s

Sample bias: -4.5VArea: :5m2

Nanotools Assembled by Nanomaterialsfor Sensing and Manipulation Applications


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High Speed Writing:

~3.8 mm/sec

Bias:

10-V-amplitude 20 kHz

sine wave


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Unique Features of the Technique

High Resolution: use 5 nm nanoparticles to

achieve 30 nm linewidth

High writing speed: up to 4 mm/sec

Rewritable

Ultrahigh charge storage time

Workable in liquid environment

Scalable to large area writing

Ob i l d f h i i


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A. S. Chiang, et al., Memory circuit. Curr. Biol. (2004) 14, 263-272.

Observation, control and measurement of the activity

of nano-molecules inside the brain of fruit fly


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The change inside the brain of Alzheimer

disease infected fruit fly

A42/14dA42/3d A42/30d

A42/45d

A42/45d A42/45d

A40/45d A40/45d.

A. S. Chiang et al.,

PNAS (2004) 101,

6623-6628


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Scope of Industrialization Program

IC Display DataStorage

Communi-cation

ElectronicPackaging Biotech

TraditionalIndustry

Energy

Application

Nano

Material

Modeling&

Simulation

Platform

Technology

Measurement FabricationCore Facility

Innovative ApplicationsNano Effects + Domain Knowledge

Optical Catalysis of Nano ZnO in


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Optical Catalysis of Nano-ZnO in

Visible Light

400 500 600 7000.0

0.2

0.4

Ab

sorbance

W a v e l e n g t h ( n m )

N conc.

N-doped ZnOTetrapod-like particle morphology

I d t R h I tit t


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IndustryResearch Institute

Collaboration: CNT-BLU

The largest panel using CNT for back light

20 CNT back light

module developed in ITRI


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Enabling Nanotechnologies

Man Made Fiber

Industry

Plastics Industry

Coating Industry

Construction

Industry

Paper ProductionIndustry

Metal Industry

Chemical Industry

Nano powder, surfaceimprovement, dispersiontechnology

Nano-functionformulation technology

Nano porous structure

technologyNano Interface processingtechnology

Self-assembly process

technology

Nanocrystal lattice controltechnology

Thermal insulation, anti UV, anti

bacteria, high fade-resistant materials

High strength, anti bacteria,

abrasion resisting, electricconducting, low gas permeation,

environmentally friendly packing

materials

Abrasion resist, anti bacterial/UV,

high temperature stable, flame

retarding, nano color paste/ink, high

thermal conducting material

Innovative Product

Self-cleaning, thermal insulating,

anti-fog

Food preservation bag, high quality

printing paper, high-stiffness film

High strength steel aluminum alloy,

abrasion-resisting surface treatment

Nano catalysts, sensor, high thermal

conducting materials, glass coating

Networking Hotspots of Industrialization Program

Traditional Industry Applications


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Industrialization Approaches Acceleration Initiatives

Nanotech ExpressNanotech ExpressHold Workshops Around the Island

Stimulate Industrial Interest & Participation

Industry Early Participation ProgramIndustry Early Participation ProgramIndustry: Reduce Risk

Catch Essential Information Earlier

First Refusal Right to IP Licensing

R&D Organization: Facilitate Technology Transfer

Open Lab/Incubator (Hotel Space)Open Lab/Incubator (Hotel Space)

Enhance Verticle/Horizontal Interaction

Access to Core Facilities

Nano Emblem CommitteeNano Emblem Committee

Focus on Consumer Products


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Industrialization ApproachesNanotechnology NetworkingBridges Sciences to Industry

Nanomaterial Provider Downstream Application User

Taiwan NanotechnologyIndustrializationPromotion Association(2004.7, 166 members)

Taiwan PhotocatalystIndustry Association(2004.6, 108 members)

NanotechnologyCommon Facility

Alliance

(2003.7, 62 members)

Nanotechnology Community(2003.4, 99 members)


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Status of Core Facilities Progr

National Chung-Cheng UniversityInfrastructure Project of Nanoscienceand Technology Center in CentralTaiwan

National Cheng-Kung UniversityEstablishment of Core Facilities forSouthern Taiwan Nanotechnology

Research Center

Academia SinicaDevelopment of state-of-the-aResearch Tools for Nano-scieTechnology

National Taiwan UniversityCenter for Microscopy and Nano-Analysis(a Subdivision under NTU-Center for Nano

Science and Technology)

Taiwan United University SystChiao-TungCore Facility for Nano Fabrica

and Nano Characterization

NTHU

Taiwan United University SystTsing-HuaUST-Core Facility for NanoLithography and Nano Biotech

National Sun-Yet-Sen UniversityNano-laboratory for Kaohsiung

and Ping-Tung Area

ITRINTRC Common Laboratories

National Dong Hwa UniversityNano- Science and TechnologResearch Center in EasternFormosa


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Scope of Core Facilities Program

Set up Common Laboratories

Set up Electronic-networking system

Sponsor programs for innovative newstools design/manufacture

TEM

2.5 mm

3 mm

Tip Sample

Pb/Si(111)

1200nm

Tip with a nanotube Mesa structure for holdingthe nano-object

STM

Proposed TEM/STM Configuration


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Varying structures of Ag clusters on CNTVarying structures of Ag clusters on CNT

SC

Ic

Dh

N ti l T i U i it


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200kV FEI Tecnai F20 STEM

National Taiwan University

Center for Microscopy and Nano-Analysis

Ref. Cheng-Hsuan Chen Center for Condensed Matter Sciences, National Taiwan University

1.High resoulation STEM(< 0.20 nm )

2.Atomic number (Z)-

3. (Electron Energy-Loss Spectroscopy --EELS) resoulation (< 0.2 eV )

4.Lorentz Microscopy5.Electron Holography

6.Electron Tomography

7.EDS Chemical analysis8.Sample hold ( temp control 20 K ~ 1300 K)

200kV STEM - Property and Capability


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Ti

Sr

SrTiO3SrTiO3

0.14 eV

Resolution of electronenergy loss spectrum

(Z)-BN K-edge Electronic state

structure


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Status of Education Program
http://../Maw-Kuen/??/GNN-2005/GNN/ANF/k-12-nanotech.ppt#-1,1,Structure%20of%20Regional%20Nanotechnology%20Personnel%20Development%20Center%20Projecthttp://../Maw-Kuen/??/GNN-2005/GNN/ANF/k-12-nanotech.ppt#-1,1,Structure%20of%20Regional%20Nanotechnology%20Personnel%20Development%20Center%20Project


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Status of Education Program

Nanotechnology Talent Bank Establishment & Supporthttp://nano-expert.ntu.edu.tw/

K-12 Project Regional NanotechnologyPersonnel Development

Center Project

Establish five regionalnanotechnology personnel

development centers Full spectrum personnel incubation

courses, focus on universities and

post-graduate programs

Assist Industrial Nanotechnology

personnel needs through on-the-job

training (OJT)

Help K-12 Project

Book publications

Establish study meetings on

Nanotechnology for teachers

Develop K-12 electronic newsletter onNanotechnology

Hold Nanotechnology lectures which

are open to the public

Establish an internal information

exchange website for K-12Nanotechnology Committee

http://k12.nbm.ntu.edu.tw

Develop five regional K-12 personnel

incubation centers

St t f R i l N t h l P l
http://../Maw-Kuen/??/GNN-2005/GNN/ANF/k-12-nanotech.ppt#-1,1,Structure%20of%20Regional%20Nanotechnology%20Personnel%20Development%20Center%20Projecthttp://../Maw-Kuen/??/In%20CD/Phuket-051004/k-12-phuket.ppt#-1,1,???%201http://../Maw-Kuen/??/In%20CD/Phuket-051004/k-12-phuket.ppt#-1,1,???%201http://../Maw-Kuen/??/GNN-2005/GNN/ANF/k-12-nanotech.ppt#-1,1,Structure%20of%20Regional%20Nanotechnology%20Personnel%20Development%20Center%20Project


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Structure of Regional Nanotechnology Personnel

Development Center Project

Nano-Technology K-12Education Development

Program (Five regions)

Frontier Educational

Program forNanotechnology

(Five regions)

Regional Training Center:

Seek excellent cost/performance ratio!

Target: Deepen nano-related

knowledge through experimentsand hands on training

Time Span: From K-12 to OJT

Cross-disciplinary Integration: Science,

Engineering, EE/CS, Management,

IP, Marketing, etc. (R&D as well

commercial/marketing)

Methods and Evaluations:

1.Integrate existing teaching resource

centers and remove schoolboundaries for resource sharing

2.Combine equipment and human

resources from all schools

3.Integrate regional development plansfrom the various schools

Massmedium

etc.

A F t ti J f N d N
http://../Maw-Kuen/????.mpghttp://../Maw-Kuen/????.mpg


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A Fantastic Journey for Nana and Nono

An animated video,Nana and Nono, explains profound theories in simple language,

was produced as a new learning tool for K12 students to let kids know the applications

of nanotechnology on our lives. The video length is about 15 min.

N t h l S h
http://../Maw-Kuen/????.mpghttp://../Maw-Kuen/????.mpghttp://../Maw-Kuen/????.mpghttp://../Maw-Kuen/????.mpghttp://../Maw-Kuen/????.mpghttp://../Maw-Kuen/????.mpghttp://../Maw-Kuen/????.mpg


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Nanotechnology Symphony

A popular science book Nanotechnology Symphony for Chemistry,Physics, and Biology was produced by seed teachers to introducenanotechnology to high-school students as well as the general public.

Nano BlasterMan


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Nano BlasterMan

Cooperate with a famous cartoonist

, to publish

Nano BlasterMan

in a

caricature using colorful picture and 3D imaging to show the nanotechnology.

E t bli h AFM L b t Hi h S h l


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Establish AFM Labs at High School

AFM

K12

AFMK12

SPM-A-100 from Scanning Probe

Microscope from

Innovative Competition


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Innovative Competition

Cartoon contest organized by Southern Nanotech Center

under K-12 Education Program


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Study Camp for Teachers


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E-learning on Nanotechnology

Environment Health and Safety


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EnvironmentHealth and SafetyNational Nano Program coordinates the research effortin studying the technology effects on environment,health and safety from different agencies.

Healthealth

Environmentnvironment

Safetyafety

Environmental Protection AdministrationEnvironmental Protection Administration

Council of Labor AffairsCouncil of Labor Affairs Department of HealthDepartment of Health

International Collaboration


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Taiwan-US Air Force joint workshopFeb 19~20, 2004 (Maui,USA)

Nanotechnology ExhibitionMarch 17~19, 2004 (NEDO, Japan)

First Asia Nanotech Forum(ANF) Summit (Initiated by Japan)

1st

Australia-Taiwan Science and Technology Cooperation Meeting July 9, 2004 (Taipei, Taiwan)

NSC (Taiwan)-NSF (UAS)Workshop on Nanomechanics July14~17, 2004 (California, USA)

The NSC-NSF-NIST-NIH Annual Meeting July 19-21, 2004(Washington D.C., USA)

7th NRC-NSC Steering Committee MeetingJuly 22, 2004 (OttawaOntario, Canada)

Meeting with Argonne National Lab., USA September 5~12, 2004

Potential collaboration with RIKEN, Japan

Potential collaboration with CEA-Leti, France

Taiwan-US Airforce joint workshopFeb 17~18, 2005 (Oahu, USA)

Potential collaboration with NRC(Canada) -join workshop, June7~9, 2005 (Taiwan)

International Collaboration

Strategic Alliance d d d l d b d


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Sponsors collaborative research project with foreign partnersstrongly encourage PI of national program to set up joint

research program with foreign collaborators (the NSC will

provide extra funding to support the activities). Fellowship for scholarsresearch scientists can apply for

support to go abroad for up to one year to carry out research.

Post-Doctoral Research Programencourages newly doctoraldegree recipients with demonstrated potential to work abroad

for up to two years.

Graduate Student Study Abroad Programoutstandingdoctoral candidates are assigned mentors and sent abroad for

advanced study (with max. period of 2 years).

Graduate Students Fellowshipoutstanding students areselected to study abroad for advanced degrees.

students and postdoctoral study abroad

Taiwan Nano Tech 2005


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Taiwan Nano Tech 2005

Date : Sept. 21-25, 2005Venue : Taipei International Convention Center (TICC) & Taipei

World Trade Center (TWTC)


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Thank you for

your Attention

gnn3 - m.k. wu, taiwan

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