Nanoelectronics in Japan and TIA Part 6 of 7. October Shigeo Okaya AIST
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1 Nanoelectronics in Japan and TIA Part 6 of 7 October Shigeo Okaya AIST
2 Carbon Nanotubes Promoting the development of carbon nanotube application technology 12 m Mass production technology developed by the AIST (super-growth method) Mass production (0.6kg/day) and Distributions of single-wall 2 carbon nanotubes
![Industry [The Second Carbon Fiber] Sample Provision to over](/docs-images/82/85910105/images/3-9.jpg "70 Companies Total Length: 12m 50 cm Field of Application")
3 Carbon nanotube mass production pilot plant and Application Application and industrialization of Single walled carbon nanotube (SWNT) are accelerated by sample distribution. Companies and universities are provided with SWNTs on the kg level produced by a SWCNT mass production pilot plant. Leasing Mass Production Facilities and Carbon Nanotube Application Development Industrialization by Technical Transfer to Material Company Launching CNT New Material Industry [The Second Carbon Fiber] Sample Provision to over 70 Companies Total Length: 12m 50 cm Field of Application Technology Research Association for Single Wall Carbon Nanotubes (TASC) Development of Low-Cost Mass Production Technology by a Mass Production Pilot Plant (600g/Day) Outcome: Development of Practical Applications Field Emission Display CNT Conductive Rubber Composite 3 Stretchable Device Long Length Net-Like Dispersion Super Capacitor High Orientation Plane-Like Fabrication Artificial Muscle Actuator: MEMS Large Dia. Realizing Light Weight/ High Strength Construction Materials Specific Surface Area High Crystallinity High-Strength Fiber: CNT Conductive Fiber Realizing High Output/High Energy Capacitor Flexible Display Mono- Dispersion Short Dia. AIST Core Production Technology Super-Growth Method edips Method Dia. Control Length Control Super-Thin Touch Panel RFID Tag Metal-Semiconductor Separation Short Length Radio Power Feeding, Sensor Array, Printed Antenna Printed Circuit Printable electronics
4 Nano-Green NIMS 4
5 Nano Green: Major Research Themes Control of Electric Energy Flow TC-A : Materials for battery Materials for Secondary Battery * Enhancement of performance and reliability of Lithium battery * Development of Lithium air rechargeable battery Materials for Fuel Cells * Enhancement of performance and reliability of fuel cells Common Fundamental Technology for Battery Materials * In-situ observation and control of interface structure and chemical reaction * Modeling and simulation for interface structure and chemical reaction Control of Thermal Energy Flow Materials for Thermoelectric Conversion *Development of methods to enhance ZT Thermal Management Technology *Development of heat-resistance & thermal insulation materials and their coating technology. *Development of analytical methods for thermal properties Energy Saving Technology *Fundamental Technology for Magnetic Materials *Spintronics Materials for Electronic and Magnetic Applications TC Technology committee Research themes in Open Lab. TC-B : Materials for thermal energy conversion TC-C : Energy-saving magnetic materials 5
6 RF-MEMS 12inch LSI Wafer Power MEMS N-MEMS Formulation of a center for manufacturing technology development of N- MEMS, and support for development and practical application of devices a pilot foundry for integrated N-MEMS (wafer diameter: mm) Bio-sensing Chemical Sensor Prototype service for fast transfer from R&D to Market Green and Secure Management of the facilities by wireless networked sensing Education for industry of N-MEMS Three-dimensional heterogeneous integration N- MEMS Green Power MEMS Safe & Secure Hetero-Integrated Ubiquitous Microsystem ULP-MEMS RF-MEMS Fluid-MEMS Bio/Organic-MEMS 6
7 Nano-Material Safety Establishment of nanomaterial safety In the OECD Working Party on Manufactured Nanomaterials (WPMN), the AIST conducts research on typical industrial nanomaterials such as fullerenes, single layer CNT and multilayer CNT. Information-intensive centering on nanomaterial safety In August 2011, we compiled the final report and released the results of the evaluated risk regarding CNT, titanium dioxide and fullerene. Risk evaluation report (Final report version ) 7
8 Resonance Field for Basic Research and Technology Development National Institute of Advanced Industrial Science and Technology (AIST) National Institute for Materials Science (NIMS) Providing Cutting- Edge Facilities and Human Resources School of nanotechnology Flow of People Private-Sector Cooperation with TIA nano Providing Cutting- Edge Facilities and Research Topics International Collaboration SUNY-Albany, Stanford U All other leading universities in Japan Collaboration Coordinators Univ. Tsukuba (All-Japan University Confederation Secretary) Tokyo University of Science Shibaura Institute of Technology All-Japan University Confederation 8 All Japan 連合 ( 早大 慶大 東工大 東大等 ) Facilitating New Participation of International Corporations Univ. of Tohoku, Tokyo Inst. of Technol., Univ. of Tokyo, Univ. of Nagoya, Univ. of Osaka, Univ. of Hiroshima,
9 Conclusion Japanese semiconductor industry in a downfall TIA, open R&D center for new nanotech innovation Super Low Power IT technology will create various new value for future society Innovation for Super Low Power IT technology requires integration of diverse industry players Collaboration among corporations in pre-competitive phase at the innovation hub. Collaboration between innovation hub and academia for new seed technology and human resources
10 Recent Advertisement! Open and easy utilization method for the SCR and other AIST/TIA facilities! 1) Web based application method (faster process) 2) No joint R&D agreement necessary 3) IP belonging primarily on the user 4) Strict confidentiality regime to guard user information 5) AIST technical assistance/guidance service available Starting from November 1!
11 Thank you
February
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