Memorial Lecture
Memorial Lecture
Aug. 29 15:00〜16:50
29p-C - 1〜2
	1	Characteristics of Transparent Oxides and Function Cultivation	Tokyo Institute of Technology1　○Hideo Hosono1
		Break 15:50〜16:00
	2	Development of Optical Information Processing and its Contribution to Academic and Industrial Fields	Tokyo Institute of Technology1　○Jumpei Tsujiuchi1
Special Symposium
Research and Development in Organic Light-Emitting Diodes for 25 Years:The History and Prospects
Aug. 29 9:20〜18:00
29a-ZF - 1〜3
	1	Introductory Talk：Evolution from OPC Photoreceptor to Organic EL	Osaka Univ.1　○Masaaki Yokoyama1
	2	Plenary Lecture: White OLED: from Laboratory to Mass Production	Yamagata Univ.1　○Junji Kido1
	3	The discovery of a MoOx hole-injection effect and its recent developments	Yamagata Univ.1　○Shizuo Tokito1
		Lunch 11:30〜13:00
29p-ZF - 1〜7
	1	Flexible OLED displays driven by organic TFTs	Sony Corp.1　○Iwao Yagi1
	2	Light emitting polymer: Recent progress and future perspectives of Polymer OLED material	Sumitomo Chemical Co., Ltd.1　○Takeshi Yamada1, Yoshiaki Tsubata1
	3	Current Status and Future Trend of OLED Lighting	Panasonic Electric Works Co., Ltd.1　○Takuya Komoda1
		Break 15:00〜15:20
	4	Optical Design of Organic Light Emitting Devices Approach to Lossless Light Source	Kanazawa Institute of Technology1　○Akiyoshi Mikami1
	5	Study of the Electronic Structures of Organic EL Devices: From Model Interfaces in Ultrahigh Vacuum to Realistic Interfaces in Atmosphere	Chiba Univ.1　○Hisao Ishii1
	6	Fabrication Process Dependence of OLED Performance and Investigation of the Origin	Kyoto Univ.1, Kyushu Univ.2　○Hironori Kaji1, Tatsuya Fukushima1, Masashi Fukuchi1, Chihaya Adachi2
	7	Recent development on organic light emitting materials	Kyushu Univ.1　○Chihaya Adachi1
Centennial Symposium：100 years of Superconductivity 〜Past, Present and Future of Superconductivity〜
Aug. 30 9:00〜16:55
30a-YB - 1〜5
	1	Introduction of Centennial Symposium Past, Present and Future of Superconductivity	Kyushu Univ.1　○Keiji Enpuku1
	2	Superconducting Materials	NIMS1　○Kazumasa Togano1
	3	Toward understanding superconductivity since 1911	TUAT1　○Michio Naito1
		Break 10:25〜10:40
	4	Electromagnetic Phenomena in Superconductors	Kyushu Inst. Tech.1　○Teruo Matsushita1
	5	Metal Based Superconducting Wires	Cryogenics and Superconductivity Society of Japan1　○Yasuzo Tanaka1
		Lunch 12:00〜13:20
30p-YB - 1〜5
	1	Superconducting Technology - 100 years of the past and the future	Japan Science and Technology Agency1　○Koichi Kitazawa1
	2	Development of cuprate superconducting wires	Fujikura Ltd.1　○Yasuhiro Iijima1
		Break 14:55〜15:10
	3	Application of superconducting wires	RIKEN1　○Hideaki Maeda1
	4	Superconductor Digital Electronics	Nagoya Univ.1　○Akira Fujimaki1
	5	Superconducting Analog Electronics	Toyohashi University of Technology1　○Saburo Tanaka1
Symposium
Control of Physical Properties of Semiconductors with Intentional Doping of Functional Impurities and Its Device Applications: Toward Construction of 21st-century-type Silicon technologies
Aug. 29 9:00〜12:00
29a-ZR - 1〜7
	1	Introduction	Niigata Univ.1　○Hiroshi Kaneta1
	2	Point Defects in Silicon Melt Growth from the Experimental Results	ShinEtsu Handotai1　○Takao Abe1, Toru Takahashi1
	3	Atomic Level Measurements on Semiconductor Surfaces with Atomic Force Microscope	Osaka Univ.1　○Masayuki Abe1, Yoshiaki Sugimoto1, Seizo Morita1
		Break 10:10〜10:25
	4	Effects of Doped Impurities and Metals on Minority Carrier Lifetime	大学院工学研究科1　○Yoshio Ohshita1
	5	Behavior and Control of Crystal Defects on Silicon Devices	チバコウダイコウ1　○Hidekazu Yamamoto1
	6	Development of MCZ-Si Wafer for Power Devices	Covalent Silicon Corp.1　Satoko Nakagawa1, ○Kazuhiko Kashima1
	7	Closing Talk	Kochi Univ. Tech. Res. Inst.1　○Tetsuya Yamamoto1
Frontier in Optical Science
Aug. 29 9:00〜18:00
29a-N - 1〜7
	1	Introductory Talk	Univ. of Electro-Comm.1　○Masayuki Katsuragawa1
	2	Molecular Orbital Imaging using High Harmonic Generation	ISSP Univ. of Tokyo1, JST-CREST2　○Jiro Itatani1,2
	3	Ultra high resolution real time atomic and molecular imaging by laser-induced rescattering electron spectroscopy	University of Electro-communications　○Toru Morishita
	4	X-ray free electron laser: Generation for new science	JASRI/XFEL1　○Tadashi Togashi1
		Break 10:20〜10:35
	5	Creation and control of atomic wavepackets by quantum phase-locking	Aoyama Gakuin Univ.1　○Haruka Maeda1
	6	Coherent Control to Quantum Simulation	Kyoto Univ.1, JST-CREST2, Purdue Univ.3　○Rekishu Yamazaki1,2,3
	7	Space-time and Macroscopic Quantum Measurement proved by ultimately precise optical measurement techniques.	ICRR Univ. of Tokyo1　○Shinji Miyoki1
		Lunch 11:50〜13:00
29p-N - 1〜12
	1	Selective excitation of an electronic state by correlated photons	PRESTO-JST1, Photon Pioneers Center2　○Hisaki Oka1,2
	2	Control of a frequency-entangled state for optical measurements	Univ. of Electro-Comm.1　○Ryosuke Shimizu1
	3	Quantum coherent control and its applications using ultrafast optical pulses in an ensemble of strain-compensated quantum dots	Keio Univ.1　○Junko Hayase1
▲	4	Exciton diffusion in individual single-walled carbon nanotubes	Inst. Eng. Innov., Univ. Tokyo1, Global Edge Inst., Tokyo Inst. Technol.2, Mech. Eng., Univ. Tokyo3　Shigeru Moritsubo1, Tomoaki Murai1, Takashi Shimada1, Yoichi Murakami2, Shohei Chiashi3, Shigeo Maruyama3, ○Yuichiro Kato1
		Break 14:40〜14:55
	5	Material manupulation with intense THz pulse	Osaka Univ.1　○Masaya Nagai1
	6	Nanometer-resolution terahertz imaging with semiconductors and carbon devices	Tokyo Tech1　○Yukio Kawano1
	7	Metamaterials and plasmonic crystals in terahertz region	Shinshu Univ.1　○Fumiaki Miyamaru1
		Break 16:10〜16:25
	8	Materials and metamaterials viewed as networks of resonators	PSC, U. Tokyo1　○Hiroharu Tamaru1
	9	Chemical Reaction Field Produced with Radiation Force	Osaka Univ.1, PRESTO JST2　○Syoji Ito1,2
	10	Photo-science accelerated by young reserchers comunities	Osaka Univ.1, Keio Univ.2　○Masaya Nagai1, Junko Hayase2
	11	Developing the Future of Photon Science with Photon Frontier Network	GPI1　○Yoshiaki Kato1
	12	Closing remark	JST Plaza Miyagi1　○Hiromasa Ito1
Raman spectroscopic imaging: innovation and future of optical microscopy
Aug. 29 10:00〜16:40
29a-ZB - 1〜6
	1	Introductroy: Raman spectroscopic imaging - technological advancements and new applications -	Osaka Univ.1　○Katsumasa Fujita1
	2	Raman microscopy for visualization of cellular functions	Osaka Univ.1　○Katsumasa Fujita1
	3	Biomolecular imaging by Raman spectrometric method	Kyoto Pref. Univ. Med.1　○Yoshinori Harada1, Tetsuro Takamatsu1
	4	Multi-photon Spectroscopic Imaging of a Living Cell Using a White-light Laser Source	The Univ. of Tokyo1　○Hideaki Kano1, Hiroki Segawa1, Masanari Okuno1, Hiro-o Hamaguchi1
	5	Observation of cellular response by multifocus realtime CARS microscopy	Grad. Sch. of Eng. Sci., Osaka Univ.1　○Mamoru Hashimoto1
	6	Bioimaging based on stimulated Raman scattering microscopy	Osaka Univ.1, JST-PRESTO2　○Yasuyuki Ozeki1,2, Kazuyoshi Itoh1
		Lunch 12:10〜14:30
29p-ZB - 1〜6
	1	Raman Microscopy Analysis of Graphene Ultrathin Films	Natl Inst Mat Sci1　○Daisuke Fujita1, Jianhua Gao1, Mingsheng Xu1
	2	Raman Spectroscopic Imaging of Silicon Thin Film for High Performance Display	NAIST1　○Yukiharu Uraoka1, Yosuke Tojo1, Yasuaki Ishikawa1, Ichiro Yamashita1
	3	New Development of Surface-enhanced Raman Scattering Imaging	Kwansei Gakuin University1　○Yukihiro Ozaki1
	4	Tip-enhanced Raman scattering (TERS) microscope for nano-imaging	Osaka Univ.1, RIKEN2　○Satoshi Kawata1,2
	5	Near-field Nonlinear Optical Spectroscopic imaging	RIKEN (The Institute of Physical and Chemical Research)1, CREST, Japan Corporation of Science and Technology2　○Kentaro Furusawa1, Norihiko Hayazawa1,2
	6	Closing talk	Osaka Univ.1　○Katsumasa Fujita1
Recent advances in nano carbon (3): Graphene and Nanotube
Aug. 29 10:20〜16:40
29a-ZE - 1〜4
	1	Preface: Recent Advances in Nano Carbon Materials (3)	Osaka Univ. ISIR1　○Kazuhiko Matsumoto1
	2	Growth and Structure Selectivity of Graphene on SiC	EcoTopia Inst. Nagoya Univ.1, Nagoya Univ.2, JFCC3　○Michiko Kusunoki1,3, Wataru Norimatsu2,3
	3	Theoretical Study on Electronic Properties of Graphene Nanostructures	国際ナノアーキテクトニクス研究拠点1　○Katsunori WAKABAYASHI1
	4	Low-temperature graphene synthesis by using plasma CVD and its application to transparent electrodes	AIST1　○Masataka Hasegawa1, Jaeho Kim1, Masatou Ishihara1, Takatoshi Yamada1, Yoshinori Koga1, Kazuo Tsugawa1, Sumio Iijima1
		Lunch 12:00〜13:30
29p-ZE - 1〜6
	1	Terahertz evaluation of graphene and its device application	Tokyo Tech1　○Yukio Kawano1
	2		○Kazuhito Tsukagoshi1
	3	The application of Carbon nanotube (VGCFTM) to Lithium Ion Battery	○Yoshiyuki Nishimura, Showa Denko K.K.
		Break 15:00〜15:30
	4	Phase of Materials in Nano Space of Carbon Nanotube	Tokyo Univ. of Science1, Univ. of Tokyo2　○Yoshikazu Homma1, Shohei Chiashi2
	5	Various Device applications by Nano Carbon Materials	Osaka Univ. ISIR1　○Kazuhiko Matsumoto1
	6	Closing talk	Keio Univ.1　○Yuji Awano1
Recent progress of large capacity optical transmission technology- the era of over 100 Tbit/s capacity -
Aug. 29 13:00〜16:30
29p-ZD - 1〜6
	1	High-Capacity Coherent Optical Transport Network	NTT Network Innovation Laboratories1　○Yutaka Miyamoto1
	2	High speed optical OFDM trasmission beyond 100 Gbit/s	KDDI R&D Labs.1　○Itsuro Morita1
	3	Multi-level High-speed Optical Modulation Devices	NICT1　○Atsushi Kanno1, Takahide Sakamoto1, Isao Morohashi1, Tetsuya Kawanishi1
		Break 14:45〜15:00
	4	Digital Signal Processing Technology for Optical Communication	Mitsubishi Electric Corporation1　○Takashi Sugihara1, Takashi Mizuochi1
	5	The latest technology of transmission optical fibers	Furukawa1　○Takeshi Yagi1
	6	Silica-based PLC integration technologies for polarization multiplexed multi-level modulation formats	NTT1　○Takashi Saida1
Graphene Epitaxy:Present Status and its Future Prospect
Aug. 29 13:00〜17:00
29p-H - 1〜10
	1	Introductory Talk: Present status and future prospect of epitaxial graphene technology 2	Hokkaido Unoversity1　○Kanji Yoh1
	2	Epitaxial growth and transport characterization of single layer graphene on SiC	Hokkaido Unoversity1　○Kanji Yoh1
	3	Growth and LEEM characterization of epitaxial graphene	NTT Basic Research Labs.1　○Hiroki Hibino1, Shinichi Tanabe1, Hiroyuki Kageshima1, Fumihiko Maeda1
	4	Growth and electronic structures of graphene nanostructures on SiC surfaces	Kyushu Univ.1, Univ. Tokyo2　○Satoru Tanaka1, Takashi Kajiwara1, Yusuke Kurisu1, Kohhei Morita1, Tsuguo Yoshimura2, Kan Nakatsuji2, Fumio Komori2
		Break 14:30〜14:45
	5	Analyses of Grains of CVD-Synthesized Graphene and its Application to Electronic Devices	GNC, AIST1　○Shintaro Sato1, Kenjiro Hayashi1, Katsunori Yagi1, Ayaka Yamada1, Daiyu Kondo1, Shu Nakaharai1, Naoki Harada1, Naoki Yokoyama1
	6	Epitaxial growth of single-layer graphene by atmospheric CVD	Kyushu Univ.1　○Hiroki Ago1
	7	In-situ Observation of Graphene Growth on Ni(111) by LEEM	Waseda Univ.1, NTT Basic Research Lab.2, National Institute for Material Science.3, Osaka Electro-Communication Univ.4　○Genki Odahara1, Hiroki Hibino2, Nanao Nakayama1, Tomoyuki Shimbata1, Chuhei Oshima1, Shigeki Otani3, Masahiko Suzuki4, Tsuneo Yasue4, Takanori Koshikawa4
	8	Graphene grown by Chemical Vapor Deposition for transparent conductive films.	Fuji Electric Co., Ltd.,1　○Takeshi Fujii1, Mariko Sato1, Yoshiyuki Yonezawa1, Nobuyuki Takahashi1, Yukimi Ichikawa1
	9	Understanding and controlling the graphene/SiO2 substrate interaction	The University of Tokyo1　○Kosuke Nagashio1, Akira Toriumi1
	10	Closing talk	Hokkaido Univ.1　○Kanji Yo1
Reactor modeling and design of MOVPE and HVPE processes for III-V semiconductors
Aug. 29 13:00〜17:00
29p-ZK - 1〜7
	1	Introductory talk: Let’s go back to fundamentals of reactor modeling	Univ. Tokyo1, Fujitsu Lab.2　○Masakazu Sugiyama1, Mitsuru Egawa2
	2	Atomistic mechanism for reactions on compound semiconductor surfaces	Mie Univ.1　○Tomonori Ito1
	3	Kinetic Studies on Gas-Phase and Surface Reactions and Numerical Simulation for GaAs-MOVPE process	The Univ. of Tokyo1　○Yukihiro Shimogaki1
	4	Reactions and simulation of Nitrides MOVPE growth	Tokyo Univ. of Science1　○Kazuhiro Ohkawa1
		Break 15:00〜15:15
	5	Realization of High Growth Rate and Scale-up of Nitride Semiconductors MOVPE	TN EMC1　○Koh Matsumoto1
	6	Thermodynamic Analysis of HVPE and Growth System	Tokyo Univ. of Agri. & Tech.1　○Akinori Koukitu1, Yoshinao Kumagai1, Hajime Murakami1
	7	ultra-high speed growth of GaN with HVPE	Hitachi-cable, Ltd.1　○Takehiro Yoshida1, Ｙｕｉｃｈｉ Oshima1, Kazutoshi Watanabe1, Tadayoshi Tsuchiya1, Tomoyoshi Mishima1
Progress and challenges of fabrication process for CIGS solar cell
Aug. 29 13:00〜17:40
29p-L - 1〜9
	1	Introductory of the Symposium	Tokyo Univ. of Science1　○Mutsumi Sugiyama1
	2	Progress in developments of CIS solar cells - from vacuum process to non-vacuum process -	Tokyo Tech1　○Akira Yamada1
	3	Towards High-Efficiency Low-Cost CIGS Solar Cells and Modules	AIST1, Kagoshima Univ.2, Tsukuba Univ.3　○Shigeru Niki1, Shogo Ishizuka1, Hironori Komaki1, Shigenori Furue1, Hajime Shibata1, Koji Matsubara1, Akimasa Yamada1, Norio Terada2, Takeaki Sakurai3, Katsuhiro Akimoto3, Toshiyuki Ohdaira1, Ryouichi Suzuki1, Shoji Ishibashi1
	4	Selenization/Sulfurization growth of Cu(In,Ga)(S,Se)2 thin films	Tokyo Univ. of Science1, Tohoku Univ.2　○Mutsumi Sugiyama1, Shigefusa Chichibu2
		Break 15:00〜15:15
	5	Buffer layer and interface controls in CuInSe2 related compound thin film solar cells	Ritsumeikan Univ.1　○Takashi Minemoto1
	6	Development of Rare Metal-free CZTS-based Thin Film Solar Cells	Nagaoka Nat. College of Tech.1, JST CREST2　○Hironori Katagiri1,2, Kazuo Jimbo1
	7	Development of CIS Solar Cells with Superstrate Configuration	Panasonic Electric Works1　○Takayuki Negami1
	8	Manufacturing Technology of CIS-based Thin-film PV in Solar Frontier K.K.	Showa Shell Sekiyu K.K.1　○Katsumi Kushiya1
	9	Closing Remarks -Developments and Challenges of Preparation Processes for CIGS and CZTS Solar Cells-	Fac. of Engineering, Niigata Univ.1, Cen. for Transdisciplinary Res., Niigata Univ.2　○Nozomu Tsuboi1,2
Next-generation measurement and analytical instruments using superconducting detectors
Aug. 29 13:00〜17:55
29p-ZA - 1〜10
	1	Introduction to IEC standardization of superconducting detectors	AIST1　○Masataka Ohkubo1
	2	SEM-EDS analysis using TES detector	Tokyo Univ. of Science1　○Izumi Nakai1
	3	TES X-ray Microcalorimeters for Astrophysics Observations	JAXA1　○Kazuhisa Mitsuda1
	4	MKID-Millimeter and Submillimeter Detectors for Astronomical Observation	National Astronomical Observatory of Japan1, University of Tokyo2, Tsukuba University3　○Yutaro Sekimoto1, Masato Naruse1,2, Tom Nitta1,3, Kenichi Karatsu1, Yasunori Hibi1, Masakazu Sekine1,2, Hiroshi Matsuo1, Takashi Noguchi1, Yoshinori Uzawa1
	5		○Hiroyuki Takahashi1
		Break 15:10〜15:25
	6	Compact Neutron Diffraction System Based on Single Flux Quantum Circuit	Nagoya Univ.1, Osaka Pref. Univ.2　○Akira Fujimaki1, Shigeyuki Miyajima1, Tetsuya Kusumoto1, Yukio Akita2, Ikutaro Yagi2, Takekazu Ishida2
	7	Synchrotron radiation materials analysis using STJ X-ray detector	AIST1, KEK2　○Shigetomo Shiki1, Masahiro Ukibe1, Yoshinori Kitajima2, Masataka Ohkubo1
	8	Mass spectrometry with superconducting tunnel junction (STJ) and superconducting nano-stripline detector (SSLD)	AIST1, Tsukuba Univ.2, Osaka Pref. Univ.3, NICT4, Yokohama Nat. Univ.5, CNR CNR6　○Masataka Ohkubo1, Masahiro Ukibe1, Shigetomo Shiki1, Kaori Chiba1, Tatsuya Kitazume1, Shigeo Tomita2, Shigeo Hayakawa3, Koji Suzuki1, Nobuyuki Zen1, Shigehito Miki4, Zhen Wang4, Yoshihiro Takahashi5, Nobuyuki Yoshikawa5, Alessandro Casaburi6, Roberto Cristiano6
	9	Optical transition edge sensors for quantum information	NMIJ/AIST1　○Daiji Fukuda1
	10	Development of Multi-channel Superconducting Single Photon Detector System for Quantum Information and Quantum Communications	NICT1　○Zhen Wang1, Shigehito Miki1, Taro Yamashita1, Hirotaka Terai1, Mikio Fujiwara1, Masahide Sasaki1
HIDEMITSU AOKI Memorial Symposium- The forefront of Solid-Ｌiquid interface phenomena -Hosted by Nano Interface Control Electrochemical (NICE),Japan Society of Applied Physics Express (JSAP)
Aug. 29 13:30〜16:15
29p-ZC - 1〜10
	1	An opening address	Sony Corporation1　○Hayato Iwamoto1
	2	Introduction	Toshiba R&D1　○Hiroshi Tomita1
	3	Electrolyzed water and functionalized water --- searching for a eco-friendly cleanig meadia with Prof. Aoki	Organo Corporation1　○Koji Yamanaka1
	4	Research on wet cleaning process with Dr. Aoki	Renesas Electronics1　○Hiroaki Tomimori1, Yoshiko Kasama1, Morimitsu Tanaka1
	5	Conclusion	Toshiba R&D1　○Hiroshi Tomita1
		Break 14:35〜14:45
	6	Photo resist stripping using e-Sulfuric (Part 2)	Kurita Water Industries Ltd.1　○Tatsuo Nagai1, Haruyoshi Yamakawa1, Toru Otsu1, Minoru Uchida1, Kazumi Tsukamoto1
	7	The fluid analysis for a rotating single wafer cleaning process	Toshiba R&D1, Shibaura Mecatoronics2　○Hiroshi Tomita1, Tsutomu Kikuchi2
	8	Evaluation of Mechanical Property of Resist Film and Its Removal by Two-Fluid Jet	Shizuoka Univ.1, Kanazawa Inst. Tech.2　○Toshiyuki Sanada1, Takashi Mashiko1, Kentaro Hashimoto1, Hideo Horibe2
	9	Report of NICE charge up WG activity 2	DAINIPPON SCREEN MFG.CO.LTD.1, Renesas Electronics Corporation.2, ORGANO CORPOPATION.3, Osaka Univ.4　○Masahiro Miyagi1, Morimitsu Tanaka2, Shunsuke Saitou2, Koji Yamanaka3, Masanobu Sato1, Hiroyuki Araki1, Hidemitsu Aoki4
	10	A closing address	Sony Corporation1　○Hayato Iwamoto1
Deterministic doping and single-dopant devices for extended CMOS
Aug. 29 13:30〜16:30
29p-ZM - 1〜8
	1	Introduction: Deterministic doping and single-dopant devices for extended CMOS	Waseda Univ.1　○Takahiro Shinada1
	2	Extended CMOS Map in ITRS/STRJ Emerging Research Device (ERD) Working Group	Tokyo Tech.1　○Ken Uchida1
▲	3	ITRS Emerging Research Materials [ERM]: Overview and Deterministic Doping	Semiconductor Research Corporation (SRC)1　○Daniel Herr1
	4	Single-dopant Devices toward Diversity and High Temperature Operation	Res. Inst. Electron., Shizuoka Univ.1　○Michiharu Tabe1, Daniel Moraru１, Takeshi Mizuno1
	5	Single dopant doping process: Challenge for the aiming accuracy to 1nm	Waseda Inst.1, Waseda Univ.2, NTT3, Shizuoka Univ.4　○Takahiro Shinada1, Masahiro Hori2, Yukinori Ono3, Michiharu Tabe4
	6	Characterization of Single Dopants; Field-effect charge-state control and its physics	物性基礎研1　○Yukinori Ono1, Jinichiro Noborisaka1, Gabriel P. Lansbergen1, Akira Fujiwara1
▲	7	Ab initio simulation of single dopant devices: electronic states and transport	Res. Inst. of Electronics1, Univ. of Southampton2, JAIST3　○Daniel Moraru1, Youhei Kuzuya1, Takeshi Mizuno1, Michiharu Tabe1, Hiroshi Mizuta2,3
	8	Closing Talk	UJTLab1　○Bunji Mizuno1
Memorial Lecture
Aug. 29 13:00〜16:55
29p-K - 1〜2
	1	Practical application of the color image intensifier	Toshiba Co.1　○Koichi Nittoh1
	2	Radiophotoluminescence of Ag＋-activated Phosphate Glass as a Glass Dosemeter	Chiyoda Technol Oarai research Center1, Kanazawa Inst. of Tech., Adv. Mater. Sci. R&D Center2, Graduate School of Natural Science, Kanazawa Univ.3, Institute of Multidisciplinary Research for Advanced Materials, Tohoku Univ.4, Department of Materials Chemistry, Graduate School of Engineering, Kyoto Univ.5　○Yuka Miyamoto1,2, Haruki Kobayashi2, Yoshinori Takei2, Hidehito Nanto2, Toshio Kurobori3, Takayuki Yanagida4, Akira Yoshikawa4, Masaaki Sakakura5, Yasuhiko Shimotsuma5, Kiyotaka Miura5, Kazuyuki Hirao5, Yukari Nagashima1, Takayoshi Yamamoto1
Widespread Application of Radiation and Isotopes-Development of Environmental Research, Medical Care, Accelerator and Material Analysis Science-
Aug. 29 13:30〜16:55
29p-K - 3〜9
	3	Introductory: Widespread Application of Radiation and Isotopes -Development of Environmental Research, Medical Care, Accelerator and Material Analysis Science-	Osaka Pref. Univ.1, JRIA2　○Miyamaru Hiroyuki1, Yamada Takahiro2
	4	Status of Radiation Application in the KURRI-LINAC	Kyoto Univ.1　○Jun-ichi Hori1, Toshiharu Takahashi1, Takumi Kubota1, Koichi Sato1, Naoya Abe1, Masaaki Sakamoto1
	5	Application of a natural radioactivity Radon	Kinki University1　○Hirokuni Yamanishi1
		Break 14:50〜15:00
	6	Chemistry of new elements -Frontiers opened by a recoil separator-	RIKEN Nishina Center1　○Hiromitsu Haba1
	7	Radiation Therapy Techniques. - Past, Present, and Future-	Osaka Univ.1　○Yutaka Takahashi1
	8	Development of a Positron Probe Microanalyzer and its Application	AIST1　○Ryoichi Suzuki1
	9	Closing talk	JRIAS1　○Takahiro Yamada1
Sate-of-the-art technology using synchrotron radiation for development of materials and devices
Aug. 29 13:30〜17:00
29p-ZH - 1〜7
	1	Cutting-edge development of materials and devices using synchrotron radiation	Nara Institute of Science and Technology (NAIST)1　○Hiroshi Daimon1
	2	Development of oxide new material-based electronic devices facilitated by Synchrotron Radiation	Tokyo Tech1　○Hideo Hosono1
	3	Study of Deterioration Mechanism of Li Ion Battery by Direct Observation of Li Ion Propagation in Cathode during Battery Reaction	Kyoto Univ.1, Kyoto Univ.2, Kyoto Univ.3　○Haruno Murayama1, Eiichiro Matsubara2, Takahiro Fujimoto1, Tomoya Kawaguchi2, Yuki Orikasa3, Hajime Arai1, Yoshiharu Uchimoto3, Zempachi Ogumi1
	4	XAFS Analysis of Electrode Materials for Li-ion Batteries	Toyota Central R&D Labs., Inc.1　○Takamasa Nonaka1
		Break 15:10〜15:30
	5	Study of materials for spintronics devices using circularly polarized synchrotron x-rays	JASRI1　○Tetsuya Nakamura1
	6	Investigation of electronic strucutre and phase change mechanism in phase change memory materials	HiSOR1, NIMS2　○ケイスケ kobayashi1,2
	7	Local electrochemical polarization of solid electrolyte	Univ. Tokyo1, NIMS2　○Shu Yamaguchi1, Takashi Tsuchiya1, Shogo Miyoshi1, Yoshiyuki Yamashita2, Hideki Yoshikawa2, Kazuya Terabe2, Keisuke Kobayashi2
Present and Future of Solar Cell technologies
Aug. 29 13:30〜18:00
29p-M - 1〜9
	1	Importance of Photovoltaics, Present Status and Future Prospects of Solar Cells	Toyota Tech. Inst.1　○Masafumi Yamaguchi1
	2	Future direction of crystalline silicon solar cell	Toyota Techonological Inst.1　○Yoshio Ohshita1
	3	A New Technology for Fabricating High Efficiency Solar Cells by Using Cat-CVD	JAIST1　○Hideki Matsumura1, Kouichi Koyama1, Kouichi Higashimine1, Nobuo Ootsuka1
	4		○ 1
	5	For the Survival of Thin Film Silicon Solar Cells	Osaka Univ.1, CREST/JST2　○Hiroaki Okamoto1,2, Yasushi Sobajima1,2, Akihisa Matsuda1,2
		Break 16:00〜16:15
	6	Bandgap Science for Organic Solar Cells	IMS1　○Masahiro Hiramoto1
	7	Highly Efficient Dye-Sensitized Solar Cell	National Inst. for Materials Science1　○Liyuan Han1
	8	Improvement of Compound Thin Film Solar Cells Toward After Next Generation	Nagaoka Nat. College of Tech.1, JST CREST2　○Hironori Katagiri1,2
	9	Summary and introduction of PRESTO program (JST) on photoenergy conversion systems and materials for the next generation solar cells	Kyushu Institute of Technology1, JST2　○Shuzi Hayase1,2
Plasma Electronics Symposium : Plasma Process Applied Technologies for Green/Life Innovation and the Future Perspective
Aug. 29 13:35〜17:30
29p-ZN - 1〜8
	1	Future Perspective of Plasma Process Technology for Green and Life Innovations	Toshiba Corp.1　○Kazuaki Kurihara1
	2	Development of plasma enhanced chemical transport technique for application to crystalline Si solar cell	Osaka Univ.1　○Hiromasa Ohmi1
	3	Plasma Stripping Technique of Saw Wire for Slicing of Silicon Rod	Nagasaki Univ.1, Japan Fine Steel2　○Hiroshi Fujiyama1, Kenji Tatsuishi1, Yusuke Kobayashi1, Naoshi Matsuo1, Masanori Shinohara1, Naohisa Iwamoto2, Shinichiro Nishiyama2
	4	Crystalline Growth of Thin-Film Semiconductor Induced by Atmospheric-Pressure DC Arc Discharge Plasma Jet	Hiroshima University1　○Seiichiro Higashi1
		Break 15:15〜15:30
	5	Innovative Energy-Saving In-flight Melting by Thermal Plasmas for Glass Production	Tokyo Inst. Tech.1, Asahi Glass Co., Ltd.2　○Takayuki Watanabe1, Osamu Sakamoto2
	6	Future Tasks for Plasma Light Sources	Ehime University　○Hideki Motomura, Masafumi Jinno
	7	Plasma Application to Bio and Medical Fields for Life-innovation	Shizuoka Univ1　○Masaaki Nagatsu1, Ying Zhao1, Teguh Endah Saraswati1, Iuliana Motrescu1, Akihisa Ogino1
	8	Discussion