Symposium
How far has Spintronics come
March 27 13:00〜17:45
27p-A-　/ 0
	1	Introductory Talk: How far has Spintronics come	RIEC, Tohoku Univ. 1, ERATO, JST 2　Ohno Hideo 1 2
	2	Magnetic Multilayers and Giant Magnetoresistance: From the discovery to the Nobel Prize	Int. Inst. Advanced Studies　Shinjo Teruya
	3	Ferromagnetic Semiconductors	Dept. of Electronic Eng., Univ. of Tokyo　Masaaki Tanaka 1
	4	Inhomogeneous distribution of magnetic elements and ferromagnetism in magnetic semiconductors	Inst. Mater. Sci., Univ. Tsukuba 1, NIMS 2, Polish Acad. Sci. 3　*Kuroda Shinji 1, Nishizawa Nozomi 1, Takita Koki 1, Mitome Masanori 2, Bando Yoshio 2, Dietl Tomasz 3
	5	Control and optical detection of coherent spin dynamics in non-magnetic semiconductors	RIEC Tohoku Univ. 1, ERATO-JST 2　*Ohno Yuzo 1, Kondo Yusuke 1, Ono Masaaki 1, Matsuzaka Shunichiro 2,1, Morita Ken 2,1, Ohno Hideo 1,2
		Break 15:15〜15:30
	6	Microscopic description of the magnetic damping	Tohoku Univ.　Sakuma Akimasa
	7	Spin Hall effect and inverse spin Hall effect in metals	Dep. of Applied Physics and Physico-Informatics, Keio Univ.　Eiji SAITOH
	8	Spin-torque in tunneling magneto-resistive junctions	Osaka Univ. 1, AIST 2, Canon ANELVA 3　Kubota Hitoshi 2, Maehara Hiroki 3, Fukushima Akio 2, Suzuki Yoshishige 1,2, Yakushiji Kai 2, Nagahama Taro 2, Yuasa Shinji 2, Ando Koji 2, Nagamine Yoshinori 3, Tsunekawa Koji 3, Djayaprawira David 3, Watanabe Naoki 3
	9	Spin Torque Transfer Writing of Perpendicular Magnetoresistive Elements for High Density MRAM	Corporate R&D Center 1,Center for Semiconductor R&D Center 2　Hiroaki Yoda 1、2,Tatsuya Kishi 1,Toshihiko Nagase 1,Masatoshi Yoshikawa 1,Masahiko Nakayama 1,Eiji Kitagawa 1,Katsuya Nishiyama 1,Tadaomi Daibou 1, Minoru Amano 1,Hisanori Aikawa 1,Naoharu Shimomura 1,Tadashi Kai 1,Shigeki Takahashi1, Sumio Ikegawa1,Makoto Nagamine1, Takeshi Kajiyama2, Masayoshi Iwayama 2,Kuniaki Sugiura 2,Keiji Hosotani 2,Yoshihiro Ueda 2,Tsuneo Inaba 2, Kenji Tsuchida 2,Yoshiaki Asao 2,Junichi Ozeki 1
	10	TMR Logic and Its Prospects	Research Inst. of Electrical Communnication, Tohoku Univ.　Takahiro Hanyu 1, Atsushi Matsumoto 1, Shoun Matsunaga 1
	11	--- Epilogue --- Spintronics in Semiconductor Industry	Renesas Technology　*Kawabata Kiyoshi
Recent topics of gas flow in vacuum
March 27 13:00〜17:05
27p-M-　/ 0
	1	Introductory Talk	AIST 1　*Akimichi Hitoshi 1
	2	Studied on Fluid-dynamic Limit by Molecular Gas Dynamics	Dept. of Mechanical Eng. and Sci. Kyoto Univ. 1 　*TAKATA Shigeru 1
	3	Multiscale Analysis of Rarefied Gas Flow: Construction of Gas-Surface Scattering Model	The Univ. of Tokyo 1　Yoichiro Matsumoto 1, Ikuya Kinefuchi 1
	4	Effect of Micro Gas Flow on Low Friction Properties of Diamond Coated Surface	Inst. Fluid Sci., Tohoku Univ. 1, Grad. School Eng., Tohoku Univ. 2, Tohoku Univ. Int. Adv. Res. Edu. Organ. 3　Yonemura Shigeru 1, Yamaguchi Masashi 2, Takeno Takanori 3, Miki Hiroyuki 1, Takagi Toshiyuki 1
		Break 14:55〜15:10
	5	Photonic Analyses for High Knudsen Number Flows	Nagoya Univ. 1　Niimi Tomohide 1
	6	Analysis of the Flow in Turbomolecular Pumps	Osaka Vacuum Ltd. 1　*Obayashi Tetsuro 1
	7	Characteristics of Mass flow Controller	HORIBA　STEC, Co.,Ltd.　Shimizu Tetsuo
	8	Closing Talk	Gakushuin University　Ichiro Arakawa
Production, Control and Application of Clusters and Nanoparticles
March 27 13:00〜17:30
27p-N-　/ 0
	1	Introductry Talk: Production, Control and Applcation of Clusters and Nanoparticles	Fujifilm 1,Kobe Univ. 2　*Matsunami Yuki 1,Onishi Hiroshi 2
	2	Photocatalytic Reaction by Semiconductor Nanoparticles	Hokkaido Univ.　Ohtani Bunsho 1
	3	Controlling Properties of Semiconductor Nanostructures through their Surfaces and Interfaces	Toyota Technological Inst.　Itaru Kamiya
	4	Liquid-Phase Precise Structural Control and Physical Properties of Various Inorganic Nanoparticles	Univ. Tsukuba 1　*Teranishi Toshiharu 1
	5	Directed-assembly and Surface Plasmonic Properties of Metallic Nanostructures	Osaka Univ　Zettsu Nobuyuki
		Break 15:30〜15:45
	6	Ligand-Protected Magic Gold Clusters; Synthesis, Structures and Properties	Hokkaido Univ. 1, IMS 2, CREST JST 3　*Tsukuda Tatsuya 1, 2, 3
	7	Optomagnetic Materials Fabrication with the Soft-Landing of Organometallic Clusters Synthesized in Gas Phase	Keio Univ. 1, JST-CREST 2　*Atsushi Nakajima 1,2
	8	Optical Responses of Metal Nanoparticles with Various Sizes and Shapes	Nagoya Univ.　Nakamura Arao
Introductory Talk: Technology Trends and Future Prospects of Advanced High-k Gate Dielectrics
March 27 13:00〜17:00
27p-X-　/ 0
	1	Introductory Talk: Technology Trends and Future Prospects of Advanced High-k Gate Dielectrics	Osaka Univ. 1, Waseda Univ. 2　*Heiji Watanabe 1, Keisaku Yamada 2
	2	Challenges for Directly Contacted high-k on Si Toward EOT<1nm	IGSSE, Tokyo Tech. 1　*Kakushima Kuniyuki 1
	3	Material Design of Ternary Oxides for Advanced High-k Dielectrics	The Univ. of Tokyo 1　Kita Koji 1, Toriumi Akira 1
	4	Impact of Low-valent Ion Incorporation into HfSiON on Chemical and Electronic Structures	Hiroshima Univ. 1, Selete 2,　Ohta Akio 1, Yoshinaga Hiromichi 1, Miyazaki Seiichi 1, Kadoshima Masaru 2, Nara Yasuo 2
		Break 14:45〜15:00
	5	Importance of high-k/SiO2 interface in metal/high-k/SiO2 gate stacks	MIRAI-ASET 1, MIRAI-ASRC, AIST 2, The Univ. of Tokyo 3　*Nabatame Toshihide 1, Ota Hiroyuki 2, Iwamoto Kunihiko 1, Kamimuta Yuuichi 1, Akiyama Koji 1, Toriumi Akira 2,3
	6	Single Metal/Dual High-k Gate Stack for Aggressively Scaled CMISFETs	Selete　*Mise Nobuyuki Mise, Morooka Tetsu, Eimori Takahisa, Sato Motoyuki, Kamiyama Satoshi, Nara Yasuo, and Ohji Yuzuru
	7	Physical Mechanism of the effect of new element incorporation into high-k gate dielectrics	Univ. of Tsukuba 1, NIMS 2, Kyoto Univ. 3　*Shiraishi Kenji 1, Umezawa Naoto 2, Sugino Shinya 2, Tachibana Akitomo 2, Chikyow Toyohiro 3
	8	Effective Work Function Control by Insertion of Al2O3 Thin-Films into HfSiON/SiO2 Interface	Toshiba 1　Inumiya Seiji 1, Kaneko Akio 1, Saito Tomohiro 1, Nishida Daisuke 1, Aoyama Tomonori 1, Eguchi Kazuhiro 1, Tsunashima Yoshitaka 1
Strong Photons-Molecules Coupling Fields for Chemical Reactions
March 27 13:00〜17:00
27p-Y-　/ 0
	1	Creation of Strong Photons-Molecules Coupling Fields for Chemical Reactions	RIES, Hokkaido Univ. 1　*Hiroaki Misawa 1
	2	Strong Photones-Molecules Coupling Reaction on Hetero Nano-Interface between Organics and Metal	IMRAM, Tohoku Univ. 1　*Oikawa Hidetoshi 1, Masuhara Akito 1
	3	Micro- and Nanospaces based on ordered porous structures and their optical applications	Tokyo Metropolitan University　Hideki Masuda
	4	Guided self-assembly of nano-objects based on monolayer lithography	Kyoto Univ.　Hiroyuki Sugimura,1
	5	Fabrication of nano-structured optical devices for strong photons-molecules coupling fields	RICE AIST 1, PRI AIST 2, NRI AIST 3　*Tawa Keiko 1, Hori Hironobu 1, Kintaka Kenji 2, Kiyosue Kazuyuki 3, Akashi Naoko 1, Tatsu Yoshiro 1, Nishii Junji 2
		Break 15:10〜15:30
	6	Effect of localized plasmon resonance on photochemical properties of molecules near metallic nanoparticle	Osaka Univ.　*Asahi Tsuyoshi
	7	Photoelectric Conversion Using Plasmonic Nanostructures	Dept. Appl. Chem. Kyushu Univ. 1, CFC Kyushu Univ. 2　Yamada Sunao 1,2
	8	Multi-photonic Photochemical Reaction in Strong Photons-Molecules Coupling Fields	Hokkaido Univ.　Tsuboi Yasuyuki
The New Potential with the Fusion of MEMS and CMOS: True-MEMS
March 27 13:00〜17:50
27p-ZA-　/ 0
	1	Pioneering Works on Optical Interconnection Technologies for Si LSIs	Hiroshima University　Atsushi Iwata
	2	Introductory Talk : Toward True MEMS	Integ. Res. Inst., Tokyo Tech 　Kazuya Masu
	3	Status of MEMS technology and expectation for integrated MEMS	Tohoku Univ.　Masayoshi Esashi
	4	Expectations and challenges for MEMS technology from LSI manufacturer's point of view	Toshiba CSRD 1　Shibata Hideki 1
	5	Integrated CMOS-MEMS technology: From the viewpoint of CMOS circuits	NTT 1, NTT Advanced Technology 2　*Morimura Hiroki 1, Mutoh Shinichiro 1, Ishii Hiromu 1, Machida Katsuyuki 2
		Break 15:35〜15:50
	6	Problem and Technology Trend in MEMS Packaging	MISUZU Ind. Co. 1　*Chino Mitsuru 1
	7	MEMS Technology and Materials Technology	JSR Corp.　Hieda　Katsuhiko 1
	8	Business Potential of MEMS in the future	Anchor Business Systems　*Ryuichi Nagata
	9	Discussion	Tokyo Institute of Technology　Kazuya Masu
Image technology for reproducing visual quality of objects
March 27 13:00〜17:45
27p-ZB-　/ 0
	1	Introductory talk: Image technology for reproducing visual quality of objects	Imaging Sci. & Eng. Lab., Tokyo Inst. Tech.　Masahiro Yamaguchi
	2	On the "SHITSU-KAN" of Images	SHOBI Univ., 1　*Mitsuhashi Tetsuo 1
	3	Visual Perception of Surface Qualities	NTT Communication Science Laboratories 1　Isamu Motoyoshi 1
	4	High Dynamic Range Projector with Double Modulation	NHK Science & Technical Research Lab. 1　*Kusakabe Yuichi 1, Kanazawa Masaru 1, Nojiri Yuji 1
	5	Display Technologies on Visual Quality Reproduction of Objects	Advanced Imaging Labs, Sharp Corp.　*Yoshida Yasuhiro 1
		Break 15:15〜15:30
	6	Red enhanced projection display system by using high power red semiconductor lasers.	Sony Corp. CTDG　1　*Ohse Norihiro 1, Ito Satoshi 1, Imanishi Daisuke 1, Sato Yoshifumi 1, Hirata Shoji 1
	7	Three-dimensional image and reproduction of visual quality	Tokyo Univ. of A & T　Yasuhiro Takaki 1
	8	Digital Color Simulation in Automobile Industrial Design	TOYOTA COMMUNICATION SYSTEMS CO.,LTD.　*Sato Shinsuke 1
	9	Appearance reproduction and its applications	Graduate School of Advanced Integration Science, Chiba Univeristy　Norimichi Tsumura
	10	Closing talk	The Univ. of Tokushima　*Yamamoto Hirotsugu 1
Modeling and Simulation of Semiconductor Processes, Devices, and Circuits
March 27 10:00〜16:05
27a-ZC-　/ 0
	1	Introductory Talk: Symposium of Semiconductor Modeling and Simulation	Osaka Univ. Cybermedia Center　Shinji Odanaka
	2	Sub-30nm MOSFET diffusion-less channel CAD and the electron holography cross-sectional verification	NEC Corporation 1, NEC Informatec Systems 2, 　*Masami Hane 1, Nobuyuki Ikarashi 1, Kazuya Uejima 1, Kouichi Yako 1, Mitsuru Narihiro 1, Masayasu Tanaka 1, Takeo Ikezawa 2
	3	Integration of basic diffusion models for silicon nano CMOS simulators	Keio Univ. 1, Selete 2 　*Masashi Uematsu 1, Yasuo Shimizu 1, Yoko Kawamura 1,Miki Naganawa 1, Kohei M.Itoh 1, Hiroyuki Ito 2, Hideaki Ishikawa 2, Mitsutoshi Nakamura 2, Yuzuru Oji 2
	4	Density Gradient Simulation for the Advanced MOSFET Devices	Corporate R&D Center, Toshiba Corporation 1, Osaka Univ. 2　Daisuke Hagishima 1, Kazuya Matsuzawa 1, Shinji Odanaka 2
		Lunch 11:25〜13:00
27p-ZC-　/ 0
	1	Analysis of 3D SRAM Cell Structures including Interconnect Layer Shape	Fujitsu Labs. Ltd. 1　Tanabe Ryo 1, Anzai Hiromi 1, Ashizawa Yoshio 1, Oka Hideki 1
	2	Single-electron device simulation	Toshiba adv. LSI Tech. Lab. 1, Toshiba Semiconductor Company 2　Hiroshi Watanabe 1, 2
	3	Compact Modeling of Non-Volatile Memories	Renesas Technology Corp.　Sonoda Ken'ichiro 1, Sakai Atsushi 1, Tanizawa Motoaki 1, Ishikawa Kiyoshi 1, Moniwa Masahiro 1, Tsuchiya Osamu 1, Inoue Yasuo 1
	4	Compact Double Gate MOSFET model for circuit simulation	Hiroshima Univ. 1, Fujitsu Laboratories 2　*Sadachika Norio 1, Oka Hideki 2, Tanabe Ryo 2, Murakami Takahiro 1, Mattausch Hans Juergen 1, Mitiko Miura-Mattausch 1
		Break 14:40〜14:50
	5	Fullband quantum transport simulation of double-gate MOSFETs	Osaka Univ. 1　Minari Hideki 1, Nishitani Daisuke 1, Mori Nobuya 1
	6	3D Monte Carlo Simulations of Coulomb Interaction among Degenerate Electrons in Si	Inst. of Appl. Phys. Univ. of Tsukuba 1　*Fukui Takayuki 1, Uechi Tadayoshi 1, Sano Nobuyuki 1
	7	Monte Carlo investigation of Potential fluctuation accounting realistic number of particles	Semiconductor Leading Edge Technologies, Inc. 　*Ohkura Yasuyuki 1, Suzuki Chikashi 1
"Recent Development of Multinary Compounds by Novel Processes: Science of Processes for Multinary Compounds" Organized by Professional Group of Multinary Compounds
March 27 13:00〜17:55
27p-ZD-　/ 0
	1	Introductory Talk: Recent development of multinary compounds by novel processes	Niigata Univ., Inst. of Science and Technology 1, Niigata Univ., Center for Transdisciplinary Research 2　*Nozomu Tsuboi 1,2
	2	High Efficiency CIGS Thin Film Solar Cells Fabricated by Laser-Assisted Deposition Process	Aoyama Gakuin University1, Ehime University2　Tokio Nakada1,Yasuyuki Ishii1, Junya Hirata1, Takahiro Mise1and Sho Shirakata2
	3	Formation of functional oxide super lattices by laser MBE and laser induced VLS techniques	Univ. of Tokyo 1　*Hitoshi Tabata 1,Munetoshi Seki 1
	4	Characterization of Multiferroic Thin Film Prepared by PLD and Chemical Solution Deposition	Osaka Univ.　Okuyama Masanori
	5	Technology to enhance the properties of multi-components thin film by excimer laser annealing	The Japan Steel Works, LTD. 1　*Toshiaki Seino 1,*Tetsunari Nakamura 1
		Break 15:35〜15:50
	6	Fabrication of GaN-based multilayer phosphor particles by the modified two-stage vapor-phase method	Shizuoka Univ., Res. Inst. Electron.　*Kazuhiko Hara 1, Tatsuhiro Mori 1, Hironori Komoda 1, Hiroko Kominami 1, Yoichiro Nakanishi 1
	7	Mist CVD Technique for Ternary and Multinary Oxide Thin Films	Kyoto Univ. 1　*Fujita Shizuo 1
	8	Synthesis of I-III-VI2 Semiconductors by Microwave Heating in a Domestic Microwave Oven	Osaka Pref. College of Technology　Susaki Masami 1
	9	Fabrication of CIGS thin films by a combination of mechanochemical and screen printing/sintering processes and their application to photovoltaic cells	Ryukoku Univ.1,Tokyo Tech.2 　*T. Wada1,A. Yamada2
	10	Closing Talk: Recent development of multinary compounds by novel processes	Univ. Miyazaki　*Yoshino Kenji
Polarization-reversed optical devices diversifying into new fields
March 27 13:00〜17:50
27p-ZF-　/ 0
	1	Introductory Talk : New Development of Domain Inverted Optical Devices	Osaka Univ. 1　*Testuro Kobayashi 1
	2	Progress of materials for periodically poled wavelength conversion devices	OXIDE Corp. 1　*Hirohashi Junji 1, Fukui Tatsuo 1, Miyamoto Akio 1, Furukawa Yasunori 1
	3	Applications of polarization-reversed devices to radio-wave communication technology	Osaka Univ. 1　Hiroshi Murata 1, Yasuyuki Okamura 1
	4	Mid-infrared laser using polarization reversed wavelength converters and its application to gas sensing	NTT Photonics labs.　Asobe Masaki 1, Tadanaga Osamu 1, Yanagawa Tsutomu 1, Umeki Takeshi 1, Magari Katsuaki 1, Nishida Yoshiki 1, Suzuki Hiroyuki 1
	5	Development of Quantum Optics with Periodically Poled Materials	Gakushuin Univ, JST-CREST　Takuya Hirano
	6	Progress in Semiconductor Quasi-Phase-Matching Wavelength Conversion Devices	The University of Tokyo　Tomonori Matsushita, Ikuma Ohta, Hiroshi Ishikawa, Junya Ohta, and *Takashi Kondo
		Break 15:25〜15:40
	7	Development of fceo module using a periodically domain-inverted optical device for high-accurate optical frequency measurements	Advantest Labs., Ltd. 1, National Inst. Adv. Industrial Sci. Tech. 2, National Inst. Materials Science 3　*Kazunori Shiota 1, Shin Masuda 1, Hajime Inaba 2, Sunao Kurimura 3
	8	Compact efficient green laser using periodically poled material for laser display	SONY Corp. CTDG　*Oka Michio 1, Kimura Kaoru 1, Maeda Yuki 1, Takahashi Koji 1, Iwase Nobutake 1, Mochizuki Takahiro 1, Saito Masaki 1
	9	Periodically domain-inverted Device for Wave Conversion Laser of Rewritable-Paper Printing System	Tohoku R&D Center, R&D Group, Ricoh Co., Ltd. 1,Institute for Molecular Science 2 　Y. Satoh 1,Y. Higashi 1,M. Hiroi 1,T. Suzudo 1,H. Ishizuki 2,Y. Sato 2,T. Taira　2
	10	Compact green laser using the microchip periodically poled SHG device	Shimadzu Corporation, Consumer & Optical Products Department　*Katsuhiko Tokuda 1,Kazutomo Kadokura 1,Mamoru Hisamitsu 1,Kazuma Watanabe 1,Koji Tojo 1,Ichiro Fukushi 1,Naoya Ishigaaki 1,Akiyuki Kadoya 1,Yutaka Kobayashi 1,Yutaka Ido 1
	11	Polarity Reversal and Wavelength Converters based on Crystal Quartz	NIMS 1, NIDEK 2　*Muneyuki Adachi 1,2, Jun Nakanishi 1,2, Sunao Kurimura 1, Ken-ichi Hayashi 2
	12	Polarization-reversed optical devices - development and expansion -	NIMS 1, Waseda Univ. 2　*Sunao KURIMURA 1,2
The Present and Future of Low-Frequency Spectroscopies for Bio- and Macro-molecules: Overviewing from Microwave to THz Frequency
March 27 13:00〜17:10
27p-ZH-　/ 0
	1	Introduction	RIKEN　*Hoshina Hiromichi 1
	2	Introduction	Dept. of Phys., Kyoto Univ.　Koichiro Tanaka 1
	3	Overview of Spectroscopies in THz Frequency Region	Inst. Laser Eng., Osaka Univ.　Masahiko Tani
	4	Terahertz spectroscopy application - Analysis of hydrogen bonding networks in biological molecules -	NTT Microsystem Integration Labs. 1　*Ajito Katsuhiro 1
		Break 14:30〜14:45
	5	Protein dynamics studied by neutron scattering	Nara Inst. Sci. Tech. 1　*Kataoka Mikio 1
	6	Dynamics of biopolymer system investigated by molecular simulation	IMCB, Univ. Tokyo 1, JST, CREST 2　Kitao Akio 1,2
	7	What is Low-frequency(THz) Raman Scattering	Ochanommizu Univ. GSHS　Tominaga Yasunori
	8	Microwave Dielectric Relaxation Properties of Waters Surrounding Ions, Polymers, and Proteins, and Their Biological Significance	Tohoku Univ.1, CREST/JST2　*Suzuki Makoto12, Miyazaki Takashi12
	9	(Closing talk)	Shimadzu Corp.　Takubo Kenji 1
Technology Evolution for Si Nano-Electronics - Ge MOS Transistor Technologies
March 28 13:30〜17:45
28p-G-　/ 0
	1	Introductory Talk: Post-Scaling Technology and Ge MOS Transistor Technology	Nagoya Univ.　*Zaima Shigeaki
	2	Current Status and Critical Issues of Ge MOSFETs	The University of Tokyo1, MIRAI-AIST2　Shinichi Takagi1,2
	3	Characterization and Control of Interfacial Reaction in Ge MOS Gate Stack Structure	Graduate School of Eng., Nagoya Univ. 1, Graduate School of Eng. Sci, Osaka Univ. 2, EcoTopia Sci. Inst., Nagoya Univ. 3　Zaima Shigeaki 1, Kondo Hiroki 1, Sakashita Mitsuo 1, Nakatsuka Osamu 1, Sakai Akira 2, Ogawa Masaki 3
	4	Fabrication of high-quality Ge-MOS devises by utilizing plasma nitridation	Osaka Univ.　Watanabe Heiji, Kutsuki Katsuhiro, Okamoto Gaku, Hosoi Takuji, Shimura Takayoshi
	5	Source and Drain Junction Formation Technology for Ge Devices	Hiroshima Univ. 1　*Shibahara Kentaro 1
		Break 15:40〜15:55
	6	Ge MOSFET Technology with controlled interfaces of Ge/dielectrics and Ge/metals	Univ. of Tokyo　Toriumi Akira 1,Kita Koji 1,Nishimura Tomonori 1
	7	Sub-100nm Germanium Channel pMOSFETs with NiGe Metal Source/Drain	MIRAI-ASET 1, MIRAI-ASRC, AIST 2, Univ. of Tokyo 3　*Yamamoto Totoji 1, Taoka Noriyuki 2, Yamashita Yoshimi 1, Harada Masatomi 1, Ikeda Keiji 1, Suzuki Kunihiro 1, Sugiyama Naoharu 1, Takagi Shin-ichi 2,3
	8	Ge-MOSFET device simulation analysis with respect to the inversion layer carrier transport properties	NEC 1, MIRAI 2　*Hiroshi Takeda 1, Akihito Tanabe 1, Toyoji Yamamoto 2, Masami Hane 1
Fruitful and Useful Material of Graphene -- From Fundamental Physics to Application
March 28 13:10〜17:40
28p-J-　/ 0
	1	Fruitful and Useful Materials of Graphene -- From Fundamental Physics to Application: Introduction	Hokkaido Univ., Res. Inst. for Elect. Science　Tokumoto Hiroshi
	2	Physics of graphene	Dept. Phys. Tokyo Inst. Technol. 1　*Ando Tsuneya 1
	3	The structural control of graphenes with controlling radicals and their electronic properties	Nagoya Univ. 1, Meijo Univ. 2　*Masaru Hori 1, Mineo Hiramatsu 2
	4	Structure and electronic states of nanographene edges	Univ. Tokyo　Saiki Koichiro, Yamamoto Mayu, Entani Shiro
	5	Growth mechanism and electrical properties of graphene on SiC	NTT Basic Research Labs. 1　*Nagase Masao 1, Hibino Hiroki 1, Hiroyuki Kageshima 1, Yamaguchi Hiroshi 1
	6	Low Temperature Growth and Structural Analysis of Graphene	Hokkaido Univ. RIES 1, Kotobiki 2, SEP 3, Osaka Pref. Univ. Eng. 4　*Tokumoto Hiroshi 1, Ukita keiko 1, Kunioku Hideo 2, Tokui Hiroki 2, Sohma Michiaki 3, Shimamura Kiyotaka 3, Akita Seiji 4
		Break 15:00〜15:15
	7	Spin devices using graphene	Grad. Scho. Eng. Sci. Osaka Univ. 1, JST-PRESTO 2　Masashi Shiraishi 1 2
	8	Conduction property in graphite thin film and gate effect	RIIKEN 1, AIST 2, JST-CREST 3　Kazuhito Tsukagoshi 123
	9	Applied device physics for graphene: Ultra-high-speed, high-frequency devices using graphene on silicon	Tohoku Univ. 1, Univ. Aizu 2, Hokkaido Univ. 3, JST-CREST 4　*Otsuji Taiichi 1,4, Suemitsu Maki 1,4, Suemitsu Tetsuya 1,4, Ryzhii Victor 2,4, Sano Eiichi 3,4
	10	Oxidation of graphene and composite materials	Univ. of Electro-Communications (UEC-Tokyo)　*Nakamura Jun 1, Ito Jun 1, Natori Akiko 1
	11	Comment on SPM characterization of organic nanodevice interfaces	ARL, Hitachi, Ltd. 1　Tomihiro Hashizume 1
	12	Summary	Toyota Technological Institute　Masamichi Yoshimura
Evolution of Functional-Oxide Electronics
March 28 13:30〜17:40
28p-W-　/ 0
	1	Evolution of Functional-Oxide Electronics - Introductory Talk -	AIST-NRI　Akinaga Hiro
	2	Transparent Amorphous Oxide Semiconductors	Tokyo Tech. 1　*Hideo Hosono 1,Toshio Kamiya 1
	3	Quantized transport properties in atomically controlled oxide heterointerfaces	Tohoku Univ. IMR 1　Ohtomo Akira1
	4	Metal-insulator transition in SrTiO3 perovskite transistor	Univ. Tokyo1, AIST2, RIKEN3　Takagi Hidenori1,2,3, Nakamura Hiroyuki1, Tomita Hiroshi1, Inoue Isao2, Akimoto Hikota3, Tokura Yoshinori1,3
	5	Electric Field Control of the Ferromagnetic Functional Oxides in the Field Effect Transistor Structure above Room Temperature	ISIR-Sanken, Osaka Univ.　1　*Hidekazu Tanaka 1, Tomoji Kawai 1
	6	Interfacial Electronic Structure and Functionalities in Perovskite-Oxide Heterojunctions	CERC-AIST 1　Sawa Akihito 1
		Break 15:45〜16:00
	7	Technology for High-k/Metal-Gated CMOS Devices	Semiconductor Leading Edge Technologies 1　*Takayuki Aoyama 1,Masaru Kadoshima 1, Motoyuki Sato 1, Yasuo Nara 1
	8	The filament conduction and the control of the reset current in NiO-ReRAM	Fujitsu Lab.　K. KinoshitaU, K. Tsunoda, Y. Sato, C. Yoshida, H. Noshiro, Y. Yamazaki, T. Fukano, S. Yagaki, A. Okano, M. Aoki, and Y. Sugiyama
	9	Fe-O ReRAM and its switching mechanism	Matsushita Electric Ind. 1　*Shunsaku Muraoka 1,Koichi Osano 1,Yoshihiko Kanzawa 1,Satoru Mitani 1,Satoru Fujii 1,Koji Katayama 1,Yoshikazu Kato 1,Zhiqiang Wei 1,Takumi Mikawa 1,Koji Arita 1,Yoshio Kawashima 1,Rhotaro Azuma 1,Ken Kawai 1,Kazuhiko Shimakawa 1,Akihiro Odagawa 1,Takeshi Takagi 1
	10	Characterization of Electrode/Oxide Interface and Electrical Properties in CoO-ReRAM	NRI-AIST 1, Tech. Res. Labs., Sharp Corp. 2　SHIMA Hisashi 1, TAMAI Yukio 2
Future prospects for crystalline silicon solar cells
March 28 13:00〜17:50
28p-X-　/ 0
	1	Introductory Talk	Tokyo Tech 1　Yamada Akira 1
	2	NEDO's R&D projects for Photovoltaics	NEDO　Matsubara Koji
	3	Photovoltaic Silicon Chemistry directed toward Global Strategic Technology	Nat'l Inst. Mat. Sci.1, Tokyo Univ.2, Nihon Univ. 3, Kanazawa Inst. Tech.4 　Koinuma Hideomi1,2, Sumiya Masatomo1, Hashimoto Takuya3, Endo Kazuhiro4
	4	Status and Issue of Back-Contact Crystalline Si Solar Cells	Tokyo University of Agriculture and Technology　Tadashi Saitoh
	5	Technical Issues And Their Prospects for Solar Grade Silicon	Tokuyama Corp. 1　Oda Hiroyuki 1
		Break 15:15〜15:25
	6	Trend and challenge of crystal growth and simulation of bulk silicon for solar cells	RIAM, Kyushu University　*Koichi Kakimoto, Satoshi Nakano, Hiroaki Nakano, Yoshihiro Kangawa
	7	Present Status and Future Prospects of Thin-Film Solar Cells in Comparison with Bulk-Si Solar Cells	Tokyo Tech, Graduate School of Science and Engineering 1, QNERC 2　*Konagai Makoto 1,Yamada Akira 2
	8	Longterm Vision of Solar Photovoltaics and Its Intrinsic Values	Tokyo University of Agriculture and Technology　Kousuke　KUROKAWA
	9	PV Market in the World: Current Status and Future Prospects	RTS Corporation　*Takashi Ohigashi, Osamu Ikki, Izumi Kaizuka, Hiroshi Matsukawa
	10	Summary	IMR Tohoku Univ. 1　Noritaka Usami 1
Future prospect of CMOS-based biomedical devices and applications
March 28 13:05〜16:45
28p-Y-　/ 0
	1	Expectation for fusion of CMOS with bio	NIMS 1　Horiike Yasuhiro 1
	2	Implantable CMOS Biomedical Devices	Nara Inst. Sci. Tech. (NAIST) 1, JST, CREST 2　Jun Ohta 1,2
	3	Study of CMOS-Bio Sensing Devies in Electron Device Reaserch Center of TUT	Toyohashi Univ. Tech 1, JST-CREST 2　*Kazuaki Sawada 1,2, Makoto Ishida 1,2
	4	Retinal Prosthesis using 3-dimensional Integration Technology and Si Multi-Electrode Array for Neuronal Activity Recording	Tohoku Univ. 1　*Koyanagi Mitsumasa1,Fukushima Takafumi1,Tanaka Tetsu1
		Break 14:50〜15:10
	5	CMOS Devices and Circuits for Bio-Sensing	Hiroshima Univ　*Iwata Atsushi 1, Kikkawa Takamaro 1, Kuroda Akio 1, Miyazaki Seiichi 1, Yokoyama Shin 1
	6	Bio Molecular Functional Analysis Using Biotransistor	Univ. of Tokyo 1, NIMS 2　*Sakata Toshiya 1, Miyahara Yuji 1,2
	7	ISFET sensor array integrated circuits based on standard CMOS process	Graduate School of Engineering, Nagoya University 1, JST 2　*Kazuo Nakazato 1,2, Mituso Ohura 1, Hiroaki Ozawa 1,2, Shigeyasu Uno 1,2
	8	Closing Remarks	Nara Institute of Science and Technology 1　*Takashi Tokuda 1
Visualization of superconductivity and visualization by superconducting technology
March 28 13:00〜17:30
28p-ZA-　/ 0
	1	Introductory talk	Kyushu Institute of Technology 　Kaname Matsumoto
	2	Introductory Talk:Observation of Superconductivity and Observation by Superconductivity	Univ. of Tokyo 1　Uchida Shin-ichi 1
	3	Magnetic flux observed using electron microscope	Hitachi, Ltd., Riken, OIST　*Akira Tonomura
	4	Magneto-optical Observations of Vortices in Superconductors	Univ. of Tokyo　Tsuyoshi Tamegai 1
	5	Visualization techniques supporting the developments of advanced superconducting wires and electronic devices	Dept. of EESE, Kyushu Univ. 1　*Takanobu Kiss
		Break 15:15〜15:25
	6	Astronomy studied by superconducting devices	Nagoya Univ. 1 　*Fukui Yasuo 1
	7	LSI Failure Imaging by Scanning Laser-SQUID Microscopy	NEC Electronics 1, TDI 2, Osaka Univ. 3　Nikawa Kiyoshi 1, Inoue Shouji 2, Miura Katsuyoshi 3, Nakamae Koji 3
	8	Structure Determination by NMR: Modern Instrumentation Technique Using Cryogenic Engineering	RIKEN, GSC　Hideaki Maeda 1
	9	Visualization of brain anatomy, metabolism and funtion by magnetic resonance imaging techniques	National Institute for Environmental Studies　Watanabe Hidehiro 1
	10	Summary talk	Nagoya Univ. 1　*Fujimaki Akira 1
Lightwave sensing using wide-tunable wavelength-shifting light sources
March 28 13:00〜17:00
28p-ZB-　/ 0
	1	Introductory talk: lightwave sensing using wide-tunable wavelength-shifting light sources	Dept. Appl. Phys., Tokyo Univ. Science　*Yukihiro Ishii 1
	2	Medical Tomographic Imaging as an Application of Wavelength-Sweeping Light Source	COG Univ. of Tsukuba 1, Inst. Appl. Phys., Univ. of Tsukuba 2, Opt. Education Center, Utsunomiya Univ. 3　Yoshiaki Yasuno 1, Toyohiko Yatagai 2
	3	High-Speed wavelength swept laser for optical coherence tomography	santec Corp.　*Morosawa Atsushi 1, Chong Changho 1, Sakai Tooru 1, Moriyama Hiroshi 1, Mikuni Yukiya 1, Suzuki Takuya 1, Mekada Naoyuki 1
	4	Wavelength scanning interferometry by a tunable diode laser with an external Littman cavity	National Inst. Advanced Industrial Science and Technology　*Hibino Kenichi 1
		Break 14:45〜15:00
	5	A high-speed wavelength-swept light souece using vibrations of optical fiber and its sensing applications	Tokyo Inst. of Tech. 1　Nakamura Kentaro 1, Isago Ryoichi 1
	6	FBG sensor system using wavelength swept light source	ANRITSU　*Takanori Saitoh 1
	7	Fiber Optic Nerve Systems with Optical Correlation DomainTechniques	Dept. of Electronic Engineering, School of Engineering, The Univ. of Tokyo　Hotate Kazuo
	8	Fiber Bragg grating vibration sensor array using tunable multi wavelength fiber laser	National Defense Academy　*Tanaka Satoshi 1,Takahashi Nobuaki 1
Novel functions from nanophotonics based on energy transfer and interactions
March 28 13:30〜17:20
28p-ZF-　/ 0
	1	Introductory Talk: Exploring novel functions by nanophotonics –Energy transfer and interactions--	Univ. Tokyo　Ohtsu Motoichi 1
	2	Progress in nanophotonic devices using ZnO quantum-structure	SORST JST 1, POSTECH 2, Univ. Tokyo 3　Yatsui Takashi 1, Yi Gyu-Chul 2, Ohtsu Motoichi 1,3
	3	Theoretical Treatment of Optical Near-Field Energy Transfer between Nano Matters	Yamanashi Industrial Technology Coll. 1　*Inoue Tetsuya 1
	4	Creation of Artificial Photosynthetic Energy Transfer Systems	iCeMS, Kyoto Univ. 1, Graduate School of Eng., Kyoto Univ. 2　*Imahori Hiroshi 1,2
		Break 15:30〜15:50
	5	A mathematical scientist's look at Nanophotonics	Waseda Univ. 1　Kunio Tanabe 1
	6	Functional systems based on optical near-field interactions in the nanometer-scale	NICT 1, Univ. Tokyo 2　Makoto Naruse 1,2
	7	Novel function system by nano scale spin and dipole fluctuation	Univ. of Tokyo　*Hitoshi Tabata 1
Present status of extreme ultraviolet (EUV) source development and quest for applications
March 28 13:00〜17:20
28p-ZL-　/ 0
	1	Present status of extreme ultraviolet (EUV) source development and quest for its applications	ILE, Osaka Univ.　*Nishimura Hiroaki 1
	2	Atomic Process and Radiation Hydrodynamics of Plasmas Emitting Extreme Ultra-Violet Light	Inst. for Laser Technology　Sunahara Atsushi 1
	3	Optimization of EUV source based on laser-produced plasma	Inst. Laser Eng.　Miyanaga Noriaki
	4	High Power laser Produced EUV Source Technology	EUVA Hiratsuka R&D Center 1　Sumitani Akira 1
	5	Optimization of Discharge Produced Plasma EUV Light Sources	Tokyo Inst. of Tech.　*Hotta Eiki 1, Tokyo Tech. EUV Group 1
		Break 15:05〜15:20
	6	High-Power Discharge Produced Plasma EUV Source	EUVA　*Sato Hiroto
	7	Next-Generation Semiconductor-Device Manufacturing Technology and EUV Lithography	Selete　Nishiyama Iwao
	8	EUV Materials Processing	Inst. of Applied Physics, Univ. of Tsukuba 1, AIST PRI 2　*Tetsuya Makimura 1, Takashige Fujimori 1, Hiroyuki Niino 2, Kouichi Murakami 1
	9	Application of Extreme Ultraviolet in Aerospace Applications	Kobe Univ. 1　*Tagawa Masahito 1, Yokota Kumiko 1
The innovation of the new century optical memory - Frontier research at Universities -
March 28 13:00〜17:00
28p-ZN-　/ 0
	1	Introductory Talk: Innovation towards Next Generation Optical Memory	Kansai Univ.　Okino Yoshihiro
	2	Reflection-type Holographic Disk Memory	Kobe Univ.　Osamu Matoba
	3	Collinear hologram memories and their peripheral technologies	Toyohashi Univ. Tech. 1, Toyota Nat'l Col. Tech. 2, FDK 3, Optware 4, Kyoeisha Chemical 5, Memory-Tech 6　*Mitsuteru Inoue 1, Pnag Boey Lim 1, Kwan-Hyun Chung 1, Fumiaki Kawanishi 1, Hidenobu Takahashi 1, Jun-Yang Kim 1, Hiroyuki Takagi 2, Hiromitsu Umezawa 3, Hideyoshi Horimai 4, Junichi Ikeda 5, Yoshinobu Tanaka 6
	4	Theoretical Analysis of Collinear Holographic Memory	IIS, Univ. Tokyo　*SHIMURA Tsutomu
		Break 14:45〜15:00
	5	Holographic random access memory based on the photorefractive effect	Hokkaido Univ. 1　*Okamoto Atsushi 1
	6	Multiphoton process for innovation of optical data storage	Shizuoka Univ. Faculty of Eng.　Kawata Yoshimasa
	7	Photochromic Memory & Future Prospect of Photochromism	Osaka Kyoiku Univ. 1　Tsujioka Tsuyoshi 1
	8	Materials for three-dimensional optical memories making the best use of two-photon recording and the simultaneous readout	Innovative Collabration Center, Kyoto Univ.1, NTT Photonics Labs.2, Grad. School of Eng., Kyoto Univ.3　*T.Kurihara1,2, S.Fujita3
"New development of photonic ICT" organized by Photonic ICT professional group
March 28 13:30〜17:00
28p-ZQ-　/ 0
	1	Prospects for Photonic ICT	NTT Network Innovation Lab. 1　Kazuo Hagimoto 1
	2	Introductory Talk: Development of photonic ICT	P&I Lab., Tokyo Inst. Tech.　*Kohroh Kobayashi
	3	Ultra-fast Optical Packet Switching and Related Technologies	NICT 1　*Naoya Wada 1
		Break 15:15〜15:30
	4	Reduction of petascale interconnect system-size and power-consumption using optical switching technology	Fujitsu Limited　*Aoki Yasuhiko 1
	5	Multi-dimensional Approach in Recent Optical Signal Processing	Graduate School of Eng., Osaka Univ.　Tsuyoshi KONISHI 1
	6	Optical Functional Device Technology for Photonic Networks	Keio Univ.　Hiroyuki Tsuda
How do you educate interest of physics to students?　‐Mainly on “the dynamics”‐
March 28 13:30〜16:45
28p-NB-　/ 0
	1	Introductory Talk：How do you educate interest of physics to students?　‐Mainly on “the dynamics”‐	Tokyo Univ. Science 1, Tokyo Univ. Technology 2 　Shizutoshi Ando 1,*Hiroshi Kezuka 2
	2	Science Demonstration in the junior high school science class	Harue junior High School　*Gessou Hideya
	3	Introducing Dynamics using the concept of ``Impulse''	Kashiwa-Minami HighSchool　Tsukamoto Koji
		Break 14:35〜14:50
	4	Physics Education for Medical Students	Tokyo Women's Medical Univ. 1　*Kinoshita Junji 1, Matsumoto Midori 1, Yamaguchi Toshio 1, Nishiwaki Youichi 1
	5	A way of Science-Communication Activity	Tokyo Univ. of science　Yasufumi Kawamura
		Break 15:50〜15:55
	6	Panel Discussion
Dynamics and materials application concerning shock phenomena, projected by the research group on shock phenomena and their application
March 28 13:00〜17:25
28p-NC-　/ 0
	1	Introductory talk: Dynamics and materials application concerning shock phenomena, projected by the research group on shock phenomena and their application	National Defense Academy 1　Matsumoto Hitoshi 1
	2	Development of impact force measuring method which a human body receives by external force	Nat. Inst. Longevity Sci. 1　*Ito Yasumi 1
	3	Influence of Shock waves on Highly Repetitive Discharge in High-Pressure, Pulsed Glow Discharge Apparatus with Supersonic Gas Flow	Dept. Elec. Eng., Nagaoka Univ. Technol. 1, Dept. Mech. Eng., Nagaoka Univ. Technol. 2　*Imada Go 1, Suzuki Masataro 2, Masuda Wataru 2
	4	Dynamics of shock-induced phase transition studied by nanoseocond time-resolved Raman spectroscopy	Tokyo Tech　*Kazutaka Nakamura
	5	Shock compression and release states measured by laser interferometer	NIMS 1　*Sekine Toshimori 1
	6	Microwave Emission Phenomena Associated with Material Destruction Due to a Hypervelocity Impact and its Applications	The Inst. of Space and Astronautical Science/JAXA 1,Riken 2,Tokyo Univ. of Science 3　*tadasi TAKANO 1,Ken-ichiro MAKI 2,Eriko SOMA 3,Akira FUJIWARA 1
		Break 15:00〜15:15
	7	Development of the circulation type woodceramics production technology -On direct transformation from Applewoodceramics to Diamond by Shock Method-	Aomori Industrial Research Center 1、NOF Corp. 2、Advanced Industrial Science and Technology 3、Kasahara Professional Engineer Office 4、Hiroka Comprehensive Development Research Co.Ltd 5、Kumamoto University 6　*Toshihiro Okabe 1、Hiroyuki Ono 1、Yutaka Kuroyama 2、Kotaro Hanada 3、Keisike Kasahara 4、Shingo Nakamura 5、Shigeru Itoh 6
	8	Preparation of Nitride Nanosized Powders by Pulsed Wire Discharge and the Grain Size Controlling Technique	Nagaoka Univ. Tech. 1, JST 2　*H. Suematsu 1, Y. Tokoi 1, K. Suwa 1, T. Suzuki 1, T. Nakayama 1, S. Ishihara 2 and K. Niihara 1
	9	Fabrication of a Bulk BPSCCO Magnetic Sensor by Use of the Shock Compaction Method: Relationship Between the Magnetic Sensitivity and Shock Compaction Pressure	Interdisci. Grad. School of Sci. and Engi., Grad. School of Kinki Univ. 1, Faculty of Bionics, Tokyo Univ. of Technology 2, Department of Materials Sci. and Engi., National Defense Academy 3　*Hiroyuki Fujita 1, Takahiro Miwa 1, Mineo Itoh 1, Hiroshi Kezuka 2, Hitoshi Matsumoto 3, Hiroaki Kishimura 3
	10	Enhancement of fatigue strength of structural materials by laser shock	Toshiba Corp.　Sano Yuji 1
	11	Properties of shock-loaded rare earth system magnetic materials produced by combustion synthesis	Sojo Univ. 1　Ryuichi Tomoshige 1, Masahiro Noguchi 1
	12	Control of shock-induced nano fragmentation in ceramics by phase transition and chemical reaction	Tokyo Tech. MSL 1, Tohoku Univ. IMR 2,Tohoku Fukushi Univ. Kansei-Lab. 3　*Toshiyuki Atou 1,Nobuaki Kawai 1,Kazutaka Nakamura 1,Ken-ichi Kondo 1,Syun Ito 2,Masae Kikuchi 3
"Recent Development of Oxide and Fluoride Single Crystals"organized by Division of Crystals Science and Technology
March 29 13:00〜17:40
29p-A-　/ 0
	1	Introductory Talk: Recent Development of Oxide and Fluoride Single Crystals	NIMS 1　*Kimura Hideo 1
	2	Growth of Sapphire Single Crystal by Czochralski Technique	Sumitomo Metal Mining Co. Ltd. Ome Research Lab.　Takayuki IINO 1
	3	CZ Growth and Characterization of 12CaO・7Al2O3 Single Crystal	Hitachi Chemical 1, Tokyo Inst. Tech. 2　○Kazuhisa Kurashige 1,2, Shunsuke Ueda 1, Masashi Miyakawa 2, Yoshitake Toda 2, Satoru Matsuishi 2, Sungwng Kim 2, Katsuro Hayashi 2, Masahiro Hirano 2, Hideo Hosono 2
	4	Research Trend of Relaxor Single Crystals and Their Applications	Toshiba Research Consulting Corp., 1, Toshiba Corp. R&D Center 2　*Yohachi Yamashita 1, Noriko Yamamoto 2, Yasuharu Hosono 2, Kazuhiro Itsumi 2
		Break 15:05〜15:20
	5	Manufacturing technology of PyroFreeTM LT single crystal wafer for high frequency SAW filter	Koike Co.,Ltd.,　Osada Masanori,Suenaga Osamu,Wakagayashi Tuyoshi,Mochizuki Masami
	6	Numerical Simulation of Oxide Single Crystal Growth Process	Osaka Prefecture Univ.1, Hachinohe Inst. Tech.2, Southwest Jiaotong Univ.3　*Tsukada Takao1, Sugioka Ken-ichi1, Kobayashi Masaki2, Jing Chengjun3
	7	Ferroelectric fluoride single crystals for UV/VUV nonlinear optical applications	NIMS　*K. Shimamura 1, E.G. Villora 1, S. Takekawa 1, M. Nakamura 1
	8	Fruoride single crystals ; Growth of large crystals by CZ method	Tokuyama corp. , IMRAM Tohoku Univ.　Teruhiko Nawata 1, Isao Masada 1 ,Toshiro Mabuchi 1, Hiroki Sato 2 ,Tsuguo Fukuda 2
Search for New Optical Functionalities in Semiconductors
March 29 13:00〜17:05
29p-E-　/ 0
	1	Search for New Optical Functionalities in Semiconductors	Inst. Chem. Res., Kyoto Univ. 　Kanemitsu Yoshihiko 1
	2	Carrier correlation and optical nonlinearity in semiconductors	The Univ. of Tokyo 1　*Makoto Kuwata-Gonokami 1
	3	Quantum-Wire Lasers and Effects of Coulomb Interactions among Carriers	ISSP Univ. of Tokyo 1, CREST JST 2　Hidefumi Akiyama 1,2
	4	Light-induced effects in quantum paraelectric oxides	kyoto University　Koichiro Tanaka
	5	Cooperative Phenomena and Quantum Pair Condensation in Photoexcited Semiconductors	Osaka Univ. 1　*Ogawa Tetsuo 1
	6	Dynamic condensation of exciton polaritons	Stanford Univ. 1, National Inst. of Informatics 2　Yamamoto Yoshihisa 1,2
	7	Photon sources for quantum information technology	Hokkaido Univ. 1,　Shigeki Takeuchi 1
	8	New optical phenomena of correlated-electron systems	The University of Tokyo　Yoshinori Tokura
Biological path to nano-electron devices has come to a new stage
March 29 13:00〜17:55
29p-N-　/ 0
	1	Introductory Talk: Biological path to nano-electron devices has come to a new stage	ATRL Matsushita 1　*Ichiro Yamashita 1
	2	Some applications from "Yuragi" in biology	Osaka University　Toshio Yanagida
	3	Fabrication of nanoparticle and nanowire by biomineralization	JST/CREST 1, NAIST 2, ATRL Matsushita Electric Industrial Co., Ltd 3　*Iwahori Kenji 1.2 , Yamashita Ichiro 1,2,3
	4	Nano Particles, Random Number Generation, and Emergent Functions	TITech 1, RIKEN 2　*Hara Masahiko 1,2
	5	In vitro evolution of peptides and proteins that interact with inorganic materials	Cancer Institute　Kiyotaka Shiba 1
	6	Electronic Devices Utilizing Bio-nano Dots	Nara Inst. Sci. Technol.　*Fuyuki Takashi 1
		Break 15:25〜15:40
▲	7	Development of TRAP as a Component of Nanodevices	Tokyo Tech, G.E. Institute 1　*Heddle Jonathan 1
	8	Patterning and placement of nanoparticles by Bio Nano Process	ATRL Panasonic 1, CREST JST 2, NAIST 3　*Shigeo Yoshii 1,3, Nozomu Matsukawa 1,3, Shinya Kumagai 1, Kazuaki Nishio 1, Ichiro Yamashita 1,2,3
	9	Fabrication of Quantum Effect Structure By Using Bio-template-Ultimate-Top-down Etching	Tohoku Univ. 1　Seiji Samukawa 1
	10	Next Generation Display "System On Panel" Fabricated using Bio Nano Process	NAIST 1, Panasonic 2　*Uraoka Yukiharu 1, Fuyuki Takashi 1, Yoshii Shigeo 2, Yamashita Ichiro 1,2
	11	Nanostructures for Brain-like Information Processing	Kyushu Institute of Technology 1　*Morie Takashi 1
	12	Panel Discussion	Matsushita Electric Industrial　Ichiro Yamashita
Basics and Applications of Plasmas in Liquid Phase
March 29 13:15〜17:20
29p-V-　/ 0
	1	Plasma Electronics Award commendation ceremony
	2	Introductory Talk: Basics and Applications of Plasmas in Liquid Phase	Kyoto Univ.　Koji Eriguchi
	3	Reactive Plasmas Generated in Gas-and-Liquid Mixed Phases	Kyoto Univ. 1　*Tachibana Kunihide 1
	4	Generation and Application of Gas-Liquid Interfacial Plasmas	Tohoku Univ. 1　*Hatakeyama Rikizo 1,Kaneko Toshiro 1,Baba Kazuhiko 1
	5	Plasma Production in Solution by Microwave Irradiation and its Applications	Nagoya Univ. 1, Chubu Univ. 2　*Ishijima Tatsuo 1,Sugai Hideo 2
		Break 15:05〜15:20
	6	Solution Plasma for New Materials Syntheses and Processing	Nagoya Univ. 1 CREST/JST 2　*Takai Osamu 1,2
	7	Supercritical fluid plasma and its application to materials process reaction field	University of Tokyo, Graduate School of frontier science, Department of Advanced Materials Science　Kazuo Terashima 1, Takaaki Tomai 1, Hirokazu Kikuchi 1
	8	Characteristics and applications of pulsed power produced discharge plasmas in water	Kumamoto Univ. 1　*Hidenori Akiyama 1
	9	Application Technology of High Frequency and Microwave in-liquid Plasma	Ehime Univ. 1　*Shinfuku Nomura 1, Hiromichi Toyota 1
Talent in Science and Technology for the new age
March 29 13:00〜17:30
29p-W-　/ 0
	1	Message from the president
	2	Talent in Science and Technology for the new age Introduction	Japan Women's University　*Kodate Kashiko 1
	3	Fostering and Securing Human Resources related to Science and Technology 〜Supporting Young and Female Researchers〜	MEXT　*Hayashi Yukihide 1
	4		METI　Tokumasu Yuji 1
		Break 13:45〜14:00
	5	Panel Discussion	Japan Women's University1, The University of Tokyo2　Kashiko Kodate1, Yasuhiko Arakawa2
	6	Introduction of Panelists	Matsushita Electric Industrial Co., Ltd.　*Koike Susumu 1 SONY Corporation　*Kumagai Osamu 1 Cyber Laser　*Sekita Hitoshi 1 Japan Science and Technology Agency　*Kitazawa Koichi The University of Tokyo　*Hotate Kazuo TOYO University　*Gamo N Mikka 1
	7	Panel Discussion	Univ. of Tokyo 1, Japan Women's University 2　*Arakawa Yasuhiko 1, Kodate Kashiko 2
	8	Summary	Keio Univ. 1　*Ishigure Takaaki 1
Road Map of the Environment and Energy Technology for the Sustainable Society - Organized by Study Group for Energy and Environment Technology -
March 29 13:00〜16:40
29p-ZA-　/ 0
	1	Environment & Energy Technology Roadmap for Sustainable Society: Introductory Talk	NEPAS　*Kishida Shunji
	2	Sustainable Eco-Conscious Society due to Photovoltaic Technologies	Tokai University　Masao Isomura
	3	Solar Hydrogen Technology	AIST 1　Sayama Kazuhiro 1
	4	Cogeneration Systems for Industries	Fukushima Univ. 1　*Michio Sato 1
		Break 14:40〜14:50
	5	Computational NanoMaterials Design: From Basics to Actual Application	Department of Applied Physics Osaka Univ. 1,Department of Physics Osaka Univ. 2　*Hideaki Kasai 1,Wilson Agerico Diño 2,Yoshiyuki Kubota 1,Mary Clare Sison Escaño 1
	6	Rechargeable Battery Technology for Electric Vehicle and Energy Storage	Business Promotion Division　*Utsumi Kazuaki 1
	7	Future Vision of the Energy-saving Vehicles	Tokai Univ.　*Kimura Hideki
	8	Technologies for Environment and Energy in the future 2050	Dept. of Human Development　Haru-Hisa Uchida
Electronic and ionic transport in random media - transport mechanisms and device application -
March 29 13:00〜16:55
29p-ZF-　/ 0
	1	Introductory talk: Electronic and ionic transport in random media -transport mechanisms and device application-	Osaka Prefecture Univ. 1　Naito Hiroyoshi 1
	2	Electronic Transport in random media	Faculty of Engineering, Gifu University　Koichi Shimakawa
	3	Device Physics and Device Evaluation of Polycrystalline-Silicon Thin-Film Transistors	Ryukoku Univ.　Mutsumi Kimura 1
	4	Carrier transport and device applications of oxide semiconductors	Tokyo Tech. 1, ERATO-SORST, JST 2　*Toshio Kamiya 1,2, Hideo Hosono 1,2
		Break 14:55〜15:10
	5	Preparation of Glass-Based Ion Conducting Materials and Their Application to Ionic Devices	Osaka Prefecture Univ. 1　Tatsumisago Masahiro 1
	6	Carrier Transport in Organic Semiconductors	TOSHIBA R&D Center 1　Hideyuki Nishizawa 1
	7	Limiting Factors of Carrier Transport in Organic Polycrystalline Thin-Film Transistors	Chiba Univ.　*Masakazu Nakamura,Ryosuke Matsubara,Noboru Ohashi
Leading Edge of Characterization for Si-based Materials and Processing Technologies - Advanced Developments by Using Synchrotron Radiation
March 29 13:30〜17:55
29p-ZR-　/ 0
	1	Introductory Talk: Advanced Silicon Technology and Synchrotron Radiation	Nagoya Univ.　*Zaima Shigeaki
	2	Present Status of Silicon Nanoelectronics Researches at the SPring-8	JASRI/SPring-8 1　Kimura Shigeru 1
	3	Characterization of Local Strain in Group-IV Semiconductor Thin Films by X-ray Microdiffraction	Graduate School of Eng., Nagoya Univ. 1, Graduate School of Eng. Sci, Osaka Univ. 2, EcoTopia Sci. Inst., Nagoya Univ. 3 　Nakatsuka Osamu 1, Sakai Akira 2, Ogawa Masaki 3, Zaima Shigeaki 1
	4	Characterization of Strained Si Wafers by Synchrotron X-ray Topography	Osaka Univ. 1, Meiji Univ. 2, Univ. of Toyama 3　Takayoshi Shimura 1, Tomoyuki Inoue 1, Yuki Okamoto 1, Takuji Hosoi 1, Atsushi Ogura 2, Hiroki Edo 3, Satoshi Iida 3, Heiji Watanabe 1
	5	Analyses of Thin Cu Oxidizes formed on Cu Interconnects	The Univ. of Tokyo 1　*Ohba Takayuki 1
		Break 15:40〜15:55
	6	XAFS studies on thin films for semiconductor devices: high-k films and SiGe films.	Mitsubishi Electric Co. 1, Renesas Technology Co. 2　*Uehara Yasushi 1, Tsuchimoto Jun'ichi 2
	7	Analyses of Thin Film Structures by Angle-resolved Photoelectron Spectroscopy	NICHe, Tohoku Univ. 1　*Hattori Takeo
	8	X-ray photoelectron spectroscopy study of dielectric constant	Institute of Space and Astronautical Science, JAXA　Hirose Kazuyuki
	9	Study of metal gate electrode/gate insulator interface by hard x-ray photoelectron spectroscopy	Corp. R&D Center,Toshiba Corp. 1　*Yoshiki Masahiko 1,Tsuchiya Yoshinori 1,Koyama Masato 1,Takeno Shiro 1,Koga Junji 1
New developments of liquid crystal application
March 29 13:00〜17:30
29p-ZS-　/ 0
	1	Introductory Talk	Osaka Sangyo Univ. 1　Usami Kiyoaki 1
	2	Photomobile Polymer Materials	Chemical Resources Laboratory, Tokyo Institute of Technology　Tomiki Ikeda
	3	Crosslinking topology and shape memory effect of liquid-crystalline elastomers	Tokyo Polytech. Univ. 1　*Hiraoka Kazuyuki 1
	4	Laser Devices based on Chiral Liquid Crystals	Osaka Univ. 1　Masanori Ozaki 1
	5	Fabrication of Thin Film Transistors Using Liquid Crystalline Semiconductors with Solution Process	Univ. of Tokyo 1, AIST 2　*Funahashi Masahiro 1, Zhang Fapei 1, Tamaoki Nobuyuki 2
		Break 15:10〜15:30
	6	High Speed Microwave and Milliwave Variable Phase Shifter Using Nematic and Ferroelectric Liquid Crystals	National Defense Academy　*Moritake Hiroshi 1, Ozaki Ryotaro 1, Kamei Toshihisa 1, Utsumi Yozo 1
	7	Display Using Banana Mesogens -Problems and Solutions-	Tokyo Tech.　Takezoe Hideo, Shimbo Yoshio
	8	Electro-optic Kerr Effect of Optically Isotropic Liquid Crystalline Blue Phases	Kyushu University1, JST2, Chisso Petrochem. Co.3, NOF Co.4　Hirotsugu Kikuchi1,S.-W. Choi2,Yasuhiro Haseba3,Shin-ichi Yamamoto3,Takashi Iwata4,D.-U. Cho2,Hiroki Higuchi1
	9	Current Research and Challenge of Flexible Thin Liquid Crystal Displays	NHK Sci. & Tech. Res. Labs 1　*Fujikake Hideo 1, Sato Hiroto 1
Promotion of Nanoelectronics Researches towards Fruitful Device Innovations
March 29 13:00〜18:00
29p-ZV-　/ 0
	1	Promotion of Nanoelectronics Researches towards Fruitful Device Innovations	AIST 1, Tokyo Inst. Tech. 2　*Toshihiko Kanayama 1, Hiroshi Iwai 2
	2	JST・CREST「Next generation electronic device materials and process」	Semiconductor Leading Edge Technologies Inc. 1　*Watanabe Hisatsune
	3	(METI 's) Research Project on Nano-electronics Materials and Structures	Ministry of Economy,Trade and Industry　*Fujiwara Tatsuya
	4	On the JST PRESTO Project "Materials and Processes for Innovative Next-Generation Devices"	TUAT 1, JST 2　Sato Katsuaki 1,2
	5	KAKENHI on Priority Areas "Technology Evolution for Silicon Nano-Electronics"	Nagoya Univ.　*Zaima Shigeaki
		Break 15:00〜15:15
	6	Global trend and strategy in nanoelectronics research	CRDS, JST　Kazunobu Tanaka
	7	Panel Discussion: How shall we organize and encourage strategic collaborations on nanoelectronics researches?	AIST 1, Tokyo Inst. Tech. 2　*Toshihiko Kanayama 1, Hiroshi Iwai 2
	8	Closing Remarks	AIST　Toshihiko Kanayama
Application of nanotechnology to research & treatment of intractable diseases
March 29 13:00〜16:25
29p-NC-　/ 0
	1	Application of Nanotechnology to Research and Medical Treatment of Intractable Diseases	Inst. Mol. Sci.1, SOKENDAI2　*Urisu Tsuneo1,2
	2	Nanobiodevice for Preventive Medicine	Nagoya Univ. 1, AIST, HTRC 2, IMS 3　*Baba Yoshinobu 1,2,3
	3	Design, Synthesis, and Assay of the Drugs against Human Immunodeficiency Virus Infectious Diseases	Chiba Univ. Grad. Schl. Pharma. Sci. 1,Nat. Inst. Infect. Dis. 2　*Tyuji Hoshino 1, Wataru Sugiura 2, Atsushi Komano 2
	4	Nano-surface modification of islets for treatment of diabetes	Institute for Frontier Medical Sciences, Kyoto University　Hiroo Iwata 1
		Break 14:40〜14:55
	5	Bioimaging of nano scale to macro scale with functional nano-particles	Tohoku Univ.Med. 1,Tohoku Univ. Tech. 2, TUBERO 3, Tohoku Inst. Tech. 4, Ibaraki Univ. 5　*Takeda Motohiro 1,2,Higuchi Hideo 3,Kobayashi Masaki 4,Kobayashi Yoshio 5,Ohuchi Noriaki 1
	6	Nanotechnology for clinically applicable drug delivery system(DDS)	Inst.Med.Sci., St.Marianna Univ., Sch.Med.　Igarashi Rie 1
	7	Nanobio-targeted Therapy using a Novel Tumor Suppressor Gene	Okayama Univ.ICONT 1　*Kumon Hiromi 1
Neutron dosimetry in neutron fields - From detection techniques to medical applications-
March 29 13:30〜17:30
29p-NE-　/ 0
	1	Introductory talk : Neutron measurement at Medical Treatment Site	PMRC, Univ. of Tsukuba　Terunuma Toshiyuki
	2	Current state of neutron dosimeter	National Inst. of Radiological Sciences 1　Toshikazu Suzuki 1
	3	Calibration technique of neutron measurement devices	NMIJ/AIST 1, Nagoya Univ. 2　*Tetsuro Matsumoto 1, Hideki Harano 1, Katsuhisa Kudo 1, Akira Uritani 1,2
	4	Traceability and Key Comparisons on Neutron Standard	AIST 1　Hideki Harano 1, Tetsuro Matsumoto 1, Akira Uritani 1, Katsuhisa Kudo 1
		Break 15:05〜15:30
	5	Review of Simulation Codes Applicable to Neutron Dosimetry	Japan Atomic Energy Agency 1, Research Organization for Information Science and Technology 2　Sato Tatsuhiko 1, Niita Koji 2
	6	Dosimetry for Neutron Capture Therapy	Japan Atomic Energy Agency, University of Tsukuba, Kyoto University　*Hiroaki Kumada 1,Kazuyoshi Yamamoto 1, Akira Matsumura 2, Koji Ono 3
	7	Production of Secondary Neutrons and their Assessment during Carbon and Proton Radiotherapy	NIRS 1, Tokyo Inst. Tech. 2　*Matsufuji Naruhiro 1, Yonai Shunsuke 1, Matsui Yuki 2, Matsushita Kaoru 2, Kohno Toshiyuki 2, Kanai Tatsuaki 1
	8	Discussion