Special Symposium
「レーザー：生誕から半世紀を経て，新時代を切り拓く究極の光を求めて進化し続けるその魅力とは」
Sept. 15 9:00〜17:45
15a-NA - 1〜6
1 　○Hiroshi Takuma1
2 　○Koichi Shimoda1
Break 10:15〜10:30
3 Progress in Semiconductor Lasers The Univ. of Tokyo1　○Ryoichi Ito
4 The Univ. of Tokushima1　○Atsushi Takada1
5 Optical Frequency Comb: Ultra Precision Meets Ultrafast AIST1　○Feng-Lei Hong1
6 Juggling Photons photonic quantum circuits and their prospects Hokkaido Univ., Osaka Univ.1　○Shigeki Takeuchi1
Lunch 12:30〜13:30
15p-NA - 1〜8
1 X-ray free electron lasers and future experiments RIKEN SPring-8 Center1　○Yoshihito Tanaka1
2 Petawatt Lasers: Towards Extreme Light Intensities JAEA1　○Koichi Yamakawa1
3 Attosecond Lasers: New horizon in optical science RIKEN1　○Katsumi Midorikawa1
4 THz-wave Sources : the frequency gap between lasers and masers RIKEN1　○Hiromasa Ito1
5 Progress of Photonic Crystal Lasers Kyoto University1　○Susumu Noda1
Break 16:00〜16:15
6 Laser processing machine is one of the essential tools in manufacturing industries Mitsubishi Electric Corporation1　○Shigenori Yagi1
7 Gigaphoton1, EUVA2　○Hakaru Mizoguchi1, Junichi Fujimoto1, Akira Sumitani2, Kouji Kakizaki2
8 50-th Anniversary of the Laser: Future Prospect The Graduate School for the Creation of New Photonics Industries1　○Yoshiaki Kato1
「グリーンプラズマテクノロジー　-地球再生を目指した最先端プラズマ科学技術」
Sept. 16 9:00〜18:00
16a-ZC - 1〜5
1 Introductory talk Green Innovation via Plasma Technology NEC1　○Keizo Kinoshita1
2 Conclusive Technology for Water Treatment using plasmas Saga University1　○Satoshi Ihara1
3 Development of Atmospheric Plasma Jet and its Application to Surface Treatment Toyota Technological Institute1　○Tamio Hara1
4 Reduction of friction and adhesion with plasma technology 　Hiroyuki Kousaka1, ○Noritsugu Umehara1
5 Application of plasma technology on the fabrication of next generation human friendly and high-performance nitride-based light emitters and power devices Nagoya University1　○Hiroshi Amano1, Takayuki Sugiyama1, Yohjiro Kawai1, Yoshio Honda1, Masahito Yamaguchi1
Lunch 12:00〜13:00
16p-ZC - 1〜8
1 Atmospheric Environmental Protection Technology by Using High Pressure PLasma The University of Tokyo1　○Tetsuji Oda1
2 Global Sustainable Plasma Processing for Hazardous Waste Decomposition 　○Takayuki Watanabe1
3 Combustion Enhancement Technology by Using Plasma Tohoku University1　○Kenichi Takita1
Break 15:00〜15:15
4 Hydrogen Production with Plasma:Fusion and Biomass Gasification Kyoto University1　○Satoshi Konishi11
5 Novel solar cell technologies explored by plasma processing AIST1　○Michio Kondo1
6 Plasma-Polymerization Technique of Novel Anion-Conductive Membrane for Fuel Cell Shizuoka University1　○Masao Sudoh1
7 Plasma Actuator for Flow Control toward Low Energy and Low Noise Environment - Conceptual Innovation of Transportation Vehicle and Fluid Machinery Aero-Design - JAXA1　○Kozo Fujii1, Kiyoshi Ohyama1
8 　○Keiji Nakamura1
応用物理学会九州支部・長崎大学合同企画English Session「Prospects of Semiconductor Researches in Asia - VLSI and Solar Cell -」・「MRS会長招待講演」
Sept. 15 9:30〜19:20
15a-ZC - 1〜4
▲ 1 Introduction Tokyo Institute of Technology, Japan1　○Makoto Konagai1
▲ 2 Frontier of LSI Research in Japan Tohoku University, Japan1　○Mitsumasa Koyanagi1
▲ 3 Innovative Challenge of Samsung for New Semiconductor Age Samsung Electronics, Korea1　○Chayoung Yoo1
▲ 4 Prospects of Semiconductor and FPD Industry of Taiwan ITRI, Taiwan1　○Golden Tiao1
Lunch 12:10〜13:10
15p-ZC - 1〜6
▲ 1 MRS President's Special Lecture-Materials Optimization for Enhanced Performance of Organic Photovoltaic Devices- National Renewable Energy Lab, USA1　○David S. Ginley1
▲ 2 Materials and Process Issues on Silicon Based Thin-Film Tandem Solar Cells in Korea Photovoltaic Research Center, Korea Institute of Energy Research, Korea1　○Jeong Chui Lee1
▲ 3 The activities of R&D of Oerlikon Solar Oerlikon Solar, Switzerland1　○Iohaness Meier1
Break 15:20〜15:40
▲ 4 Solar Cells Researches in Taiwan National Taiwan University, Taiwan1　○Chung-Wen Lan1
▲ 5 Thin Film Solar Cells in Japan Advanced Industrial Science and Technology, Japan1　○Michio Kondo1
▲ 6 Prospects of Asian Solar Cells -Introduction for Symposium on Solar Island Kyushu- Photovoltaic Power Generation Technology Research Association, Japan1　○Yukinori Kuwano1
応用物理学会九州支部・プラズマエレクトロニクス分科会合同企画「ソーラーアイランド九州の挑戦」
Sept. 15 9:30〜19:20
15p-ZC - 7〜12
7 Introduction 　○Yukinori Kuwano1
8 Challenge to Solar Business by Honda Soltec Honda Soltec1　○Yasuhiro Suzuki1
9 Resarch & Development Trend For Microcrystalline Silicon Tandem Solar Cell 　○Han Takatsuka1
10 　○Katsumi Kushiya1
11 Flexible a-Si/a-SiGe Tandem Solar Cell And Its Application 　○Takashi Yoshida1
12 Discussion Tokyo Institute of Technology1　○Makoto Konagai1
応用物理学会学会・JST共同特別公開シンポジウム「分子技術，新ステージへの胎動〜科学・技術として今，期待されることは〜」
Sept. 16 9:00〜18:20
16p-NA - 1〜11
1 　○Junichi Sone1
2 　○ Shinji Murai1
3 　○Shinichi Okoshi1
4 　○Hitoshi Tabata1
5 　○Kiyoshi Yase1
Break 15:10〜15:30
6 　○Shuji Hayase1
7 　○Hirokazu Tada1
8 　○Kazuhiro Kudo1
9 　○Kiyoshi Toko1
10 　○Tetsuo Tsutsui1
11 　○Kazuhiro Kudo1
Symposium
Progress in Nanotube Nanoelectronics
Sept. 14 9:00〜18:00
14a-B - 1〜7
1 Introductory talk: Status and prospect of CNT nanoelectronics Nagoya Univ.1　○Takashi Mizutani1
2 Electronic Transport in carbon nanotubes and graphenes Tokyo Inst. of Technology1　○Mikito Koshino1, Tsuneya Ando1
3 Status and Prospects of CNT-FETs Nagoya Univ.1, Nagoya Univ., VBL2　○Takashi Mizutani1, Yutaka Ohno1, Shigeru Kishimoto1,2
4 Ink-jet Printing of Carbon Nanotube Thin Film Transistors Waseda Univ.1　○Taishi Takenobu1
Break 10:35〜10:50
5 Applications to optical short-pulse generation and telecom devices Univ. of Tokyo1　○Shinji Yamashita1
6 Device Application of Carbon Nanotube Osaka Univ. ISIR1　○Kazuhiko Matsumoto1
7 Present and Future of Graphene-Based Electronic and Photonic Devices RIEC Tohoku Univ.1, JST-CREST2　○Taiichi Otsuji1,2
Lunch 12:20〜13:30
14p-B - 1〜9
1 Present State and Outlook of Plasma Processing toward Nanoelectronics Realization Department of Electronic Engineering, Tohoku University1　○Rikizo Hatakeyama1, Toshiro Kaneko1, Toshiaki Kato1, YongFeng Li1
2 Application of Aligned Carbon Nanotube Wafers AIST1, JST2　○Takeo Yamada1, Kenji Hata1,2
3 Controlled Growth of Single-walled Carbon Nanotubes on Crystal Quartz substrates Univ. of Tokyo1　○Shigeo Maruyama1, Shohei Chiashi1
4 Metal/Semiconductor Separation Technology of Carbon Nanotubes- Status and Perspective Nanosystem, AIST1, CREST, JST2　○Hiromichi Kataura1,2, Huaping Liu1,2, Takeshi Tanaka1
Break 15:30〜15:45
5 Electronic Properties of Nano-Carbon Hybrid Structures Univ. Tsukuba1　○Susumu Okada1
6 Mechanics of Carbon Nanotubes and their Applications Osaka Pref. Univ.1　○Seiji Akita1
7 Optical Properties of Carbon Nanotubes for Nano-Carbon Photonics Kyoto Univ.1　○Kazunari Matsuda1
8 Nagoya Univ.1　○ryo kitaura1, hisanori shinohara1
9 Closing Talk: What should be done in the future? Tokyo Univ. of Science1, Nagoya Univ.2　○Yoshikazu Homma1, Takashi Mizutani2
Frontiers of Cancer Radiation Therapy using Ionizing Radiation Conducted by Medical Physicists
Sept. 14 9:00〜16:45
14p-NB - 1〜8
1 Frontiers of Cancer Radiation Therapy using Ionizing Radiation Conducted by Medical Physicists ? Introduction by the Ionizing Radiation Division ? Kyoto Univ.1　○Ikuo Kanno1
2 　○Jun Nakamura1
3 Radiation Therapy for Cancer: Current status and Future Direction Kyushu Univ.Med.1　○Yoshiyuki Shioyama1
4 What is medical physicist? SAGA HIMAT1　○Masahiro Endo1
Break 14:40〜14:55
5 Medical Physicist in Radiotherapy NIRS1　○Shigekazu Fukuda1
6 Medical Image Processing for Supporting High Precision Radiation Therapy 保健学部門医用量子線科学分野1　○Hidetaka Arimura1
7 National Institute of Radiological Sciences1　○Motoki Kumagai1
8 　○Takeji Sakae1
Research on UV-nanoimprint in CREST project
Sept. 14 9:00〜17:00
14p-A - 1〜7
1 Intoroductory talk: CREST reserach project Univ. of Hyogo1　○shinji matsui1
2 UV nanoimprint using pentafluoropropane (UV-NIL in PFP) AIST1, JST-CREST2　○Hiroshi Hiroshima1,2
3 Process simulation for UV NIL Osaka Pref. Univ.1, JST-CREST2　○Yoshihiko Hirai1,2
4 Molecularly controlled interface function in UV nanoimprint IMRAM, Tohoku Univ.1, JST-CREST2　○Masaru Nakagawa1,2
Break 14:55〜15:15
5 Evaluation of fluorinated self-assembled monolayer Graduate School of Science, Univ. of Hyogo1, JST-CREST2, JSPS3　○Makoto Okada1,2,3, Shinji Matsui1
6 Mold Fabrication for UV nanoimprint. ＨＯＹＡ1　○Osamu Nagarekawa1
7 UV Nanoimprint Materials Daicel Chemical Industries1, Univ. of Hyogo2　○Shuso Iyoshi1, Hiroto Miyake1, Takao Yukawa1, Makoto Okada2, Shinji Matsui2
Future Trend of Functional Organic Materials and Devices
Sept. 14 10:00〜17:00
14p-ZF - 1〜9
1 Introductory Talk Kyushu Institute of Technology1　○Shoji Furukawa1
2 Application of TiO2/SiO2 multilayer flakes with structural colors Kyushu Inst. Tech.1　○Takashi Yasuda1
3 Nonradiative Investigation of Photodecomposition of Poly(di-n-hexylsilane) Thin Films Using Piezoelectric Photothermal Spectroscopy Fac. of Engi., Univ. of Miyazaki1, CRC, Univ. of Miyazaki2, Kyushu Institute of Tech.3　○Atsuhiko Fukuyama1, Kentaro Sakai2, Tetsuo Ikari1, Shoji Furukawa3
4 ICME,　Kyushu Univ.1, ASEM, Kyushu Univ.2　○Katsuhiko Fujita1, Koji Sagane2, Takeshi Noda2
5 A New Attempt of Heavy-Metal Recycle by Utilizing Organic Hydrogel Kyushu Univ.1, Kinki Univ.2　○Kazuhiro Hara1, Tetsuaki Nishida2
6 Chirality Control of Semiconducting Single Walled Carbon Nanotube by Free Electron Laser Irradiation during Growth Nihon Univ.1, Tokyo Univ. of Science2　Keijiro Sakai1, Satoshi Doi1, Hirofumi Yajima2, Nobuyuki Iwata1, ○Hiroshi Yamamoto1
Break 15:15〜15:30
7 Evaluation and Device Applications of Organic Thin Films Utilizing Surface Plasmon Excitation Niigata Univ.1　○Keizo Kato1
8 Current Technology and Future Prospect of Organic thin Film Transistors Chiba Univ.1　○Kazuhiro Kudo1
9 Analysis of Carrier Transits in Organic Devices by Optical Second Harmonic Generation Tokyo Tech1　○Mitsumasa Iwamoto1, Takaaki Manaka1, Dai Taguchi1
Frontier in Nanobiodevices
Sept. 14 9:30〜17:25
14p-M - 1〜10
1 Introductory Talk ISIR, Osaka Univ.1　○Tomoji Kawai1
2 Biomolecular Handling by MEMS Tweezers for In-situ Chemical Reaction Measurement and Assembly of Nano Conveyor Tokyo Univ. IIS1　○Hiroyuki Fujita1
3 Osaka Univ,1　○Eiichi Tamiya1
4 DNA Detection System for Viruses and Bacteria Using Electrochemical DNA Chip Toshiba R&D Center1　○Nobuhiro Gemma1
5 Development of Highly Sensitive DNA Chip “3D-Gene” Toray Industries, Inc.1　○Fumio Nakamura1
Break 15:05〜15:20
6 Future Medicine developed by Nanobiodevice Nagoya Univ.1, FIRST Res. C. Nanobio.2, AIST3　○Yoshinobu Baba1,2,3
7 Development and Application of Electrophysiological Biosensor Panasonic1, PED2　○Ken Shimono1, Hiroaki Oka2
8 Development of Bio/Nano hybrid platform technology for measuring cell functions and regenerative medicine Kyoto Univ.1　○Hidetoshi Kotera1
9 Regenerative medicine by nanotechnology-based cell sheet engineering Tokyo Women's Med. Univ.1　○Masayuki Yamato1
10 Trends of the Standardization for Bio-molecule Detection and Measurement Japan Microarray Consortium1　○Hiroki Nakae1, Masahi Ishii1, Junji Yoshii1
Progress in Characterization of Materials using Quantum-Beam Technologies
Sept. 14 9:30〜17:30
14p-H - 1〜11
1 Introduction to the Symposium on Progress in Characterization of Materials using Quantum-Beam Technologies. Kyushu Synchro.1　○Yasuharu Hirai1
2 Recent Progress in Synchrotron Radiation Sources and Instrumentations SAGA-LS1　○Hiromichi Kamitsubo1
3 Observations of light-elements material by phase-contrast X-ray imaging Hitachi Advanced Research Laboratory1　○Akio Yoneyama1
4 Characterization of New Functional Materials using SR X-ray Diffraction SPring8/JASRI1　○Shigeru Kimura1
5 Advances in Neutron Beam Technology JAEA1　○Kazuhisa Kakurai1
6 Introduction of the Imaging Utilization Used Neutron Radiography Japan Atomic Energy Agency1　○Hiroshi Iikura1
Break 15:15〜15:30
7 The current status of iMATERIA and development for new functional materials Ibaraki Univ.1, KEK2, KUR3, Tohoku Univ.4, NIMS5, Ibaraki Pref.6　○Toru Ishigaki1, Akinori Hoshikawa1, kenji Iwase1, Sulistyanintyas Dyah1, Hidetoshi Oguro1, Masao Yonemura2, Ryoko Tomiyasu2, Takashi Kamiyama2, Kazuhiro Mori3, Ryoji Kiyanagi4, Takashi Mochiku5, Yukio Morii6, Makoto Hayashi6
8 Advanced Electron Microscopy for Materials Research Kyushu Univ.1　○Syo Matsumura1
9 TEM Tomography Observations of Metallic Materials Faculty of Engineering Sciences, Kyushu Univ.1, HVEM Laboratory, Kyushu Univ.2, Mel-Build3　○Satoshi Hata1, Masatoshi Mitsuhara1, Ken-ichi Ikeda1, Hideharu Nakashima1, Syo Matsumura2, Hiroya Miyazaki3
10 A Nanoprobe Convergent Beam Electron Diffraction Study of Strain Distribution in the Semiconductor Devices Fujitsu Labs.1　○Takeshi Soeda1
11 Closing talk: The importance of quantum beams for advances in materials science QuBS, JAEA1　○Jun'ichiro Mizuki1
Current Status for Diamond Electron Devices -From crystal growth to device applications -
Sept. 14 13:15〜17:20
14p-ZJ - 1〜9
1 Introduction NIMS1　○Yasuo Koide1
2 Prospect of Inch Sized Diamond Wafer EDP Corporation1　○Naoji Fujimori1
3 Fabrication of large size heteroepitaxial diamond substrate and its application. AGD MATERIAL1, Aoyama Gakuin Univ.2, Namiki Precision Jewel3, TOMEI DIAMOND4, SEKI TECHNOTRON5　○Atsuhito Sawabe1,2, Hideyuki Kodama1,2, Satoshi Abe2, Shun Washiyama2, Toshiro Kotaki3, Kouki Oyama3, Hiromichi Yoshikawa4, Noritaka Ishigaki5, Mutoh Katsuhiko5
4 Low-Loss Power Semiconductor Device by Diamond Waseda Univ.1　○Hiroshi Kawarada1
5 Research overview of diamond wafer and power switching device ＡＩＳＴ1　○Shinichi Shikata1, Hitoshi Umezawa1, Hideaki Yamada1, Nobuteru Tsubouchi1, Yoshiaki Mokuno1, Akiyoshi Chayahara1
Break 15:25〜15:40
6 Novel diamond diode AIST1, Nissan Motor2, Univ. of Tsukuba3　○Toshiharu Makino1, Satoshi Tanimoto2, Hideyo Okushi1, Satoshi Yamasaki1,3
7 Diamond pn junction cold cathode NIMS1　○Satoshi Koizumi1
8 Recent Progress of Diamond Electronic Device Technologies: Towards RF Power Amplifiers NTT Basic Research Labs1　○Makoto Kasu1
9 Summary AIST, ETRI1　○Satoshi Yamasaki1
Integration of diverse functionalities: The Road to The Destructive Innovation
Sept. 14 9:00〜17:15
14p-ZE - 1〜7
1 　○Kazuya Masu1
2 RF-MEMS and Integrated RF Circuits Technologies Ritsumeikan Univ.1　○Kenichiro Suzuki1
3 MEMS/CMOS Design Techniques for Integration of diverse　functionalities Kagawa Univ.1　○Hidekuni Takao1
Break 15:00〜15:15
4 NTT Electronics1　○Satoshi Shigematsu1
5 Expectations for MEMS integration in RF Front-end Kyushu Univ.1　○Haruichi Kanaya1, Ramesh Pokharel1, Keiji Yoshida1
6 Fusion of Sensor and LSI Toyohashi Univ.1, JST-CREST2　○Kazuaki Sawada1,2, Makoto Ishida1,2
7 　○Kazuya Masu
Plasma Electronics Award Lecture
Sept. 14 9:00〜18:00
14p-ZC - 1〜1
1 Challenge for Super-low Damage Plasma Processes Tohoku Univ.1　○Seiji Samukawa1
Plasma Electronics Symposium :Advanced Processing by Control of Reactive Plasmas-Memorial Symposium in Honor of Prof. Ryohei Itatani-
Sept. 14 9:00〜18:00
14p-ZC - 2〜8
2 Birth and Growth of Reactive Plasma Research with Professor Ryohei Itatatani Ehime Univ.1　○Kunihide Tachibana1
3 Development of Plasma Sources for Advanced Plasma Processings Nagasaki Univ.1　○Hiroshi Fujiyama1
4 Kyushu Univ.1　○Masaharu Shiratani1
Break 15:45〜16:00
5 Control of Surface Reactions for Accurate Plasma Etching Hitachi High-Tech.1　○Masaru Izawa1
6 Nanotechnology by Reactive Plasma Kochi Univ. Technol.1　○Akimitsu Hatta1
7 High Density Plasma Source and Its Application to Processing Tools Panasonic Corp.1　○Tomohiro Okumura1
8 Biomedical Application by Plasma Chemistry Matsuyama Univ.1　○Masayuki Kuzuya1
Physics and Technologies Toward Next-generation Innovative Devices
Sept. 15 10:00〜17:30
15a-ZQ - 1〜4
1 Basic research opens up device innovation (45min) JST-PRESTO1　○Katsuaki Sato1
2 Theory of spin and heat transport in solids: towards device applications Tokyo Tech1, PRESTO, JST2　○Shuichi Murakami1,2
3 High-Performance Organic Field-Effect Transistors Using Intrachain　Carrier Transport along Uniaxially Aligned π-Conjugated Polymers NIMS1, JST-PRESTO2　○Takeshi Yasuda1,2
4 Research on Stochastic Resonance Nanodevices and Their Integration for Novel Noise-robust Information Processing
 IST, Hokkaido Univ.1, RCIQE, Hokkaido Univ.2, PRESTO, JST3　○Seiya Kasai1,2,3
Lunch 12:00〜13:00
15p-ZQ - 1〜10
1 Spin current and spintronics IMR, Tohoku Univ.1　○Koki Takanashi1
2 Control of Spin Polarization for Tunable Spin Sources Tokyo Tech.1, PRESTO-JST2　○Tomoyasu Taniyama1,2
3 Search of halfmetals at RT for spintronics devices NIMS1, Tsukuba Univ.2　○Yukiko Takahashi1, A Rajanikanth1, B Varaprasad2, Kazuhiro Hono1,2
4 Semiconductor nanowires for the realization of vertical three-dimensional NIMS1, JST-PRESTO2　○Naoki Fukata1,2
5 Design and Physical Properties Forecast of Nano-Carbon Electronic Devices Based on Computational Methods NIMS/MANA1, JST/PRESTO2　○Katsunori Wakabayashi1,2
Break 15:25〜15:40
6 Insulator materials for spintronics and spin-light interaction IMR,Tohoku Univ.1　○Eiji Saitoh1
7 Ultrafast manipulation and measurement of spin dynamics by femtosecond laser pulse Nihon Univ.1, PREST JST2　○Arata Tsukamoto1,2
8 Control of a Spin Current via Molecules Osaka Univ.1, JST-PRESTO2　○Masashi Shiraishi1,2
9 Study on novel magnetic properties of aggregate nanomagnets Keio Univ.1, PRESTO, JST2　○Akinobu Yamaguchi1,2
10 Closing remarks Keio Univ.1　○Yuji Awano1
Photonic ICT and applications
Sept. 15 9:30〜18:15
15p-G - 1〜6
1 Cloud and Data Center NICT1　○Tatsuya Yamazaki1, Eiji Kawai1, Shinji Shimojo1
2 Evolving Network Technologies in Cloud Era Fujitsu Labs.1　○Tomohiro Ishihara1
3 　○Akihiro Nakao1
Break 14:45〜15:00
4 Control Plane Technologies for a Photonic Network NEC Corp.1　○Soichiro Araki1
5 Optical Interconnect Technology IBM Research - Tokyo1, IBM TJ Watson Research Center2　○Yoichi Taira1, Hidetoshi Ｈｕｍａｔａ1, Fumiaki Yamada1, Jean-Benoit Heroux1, Shigeru Nakagawa1, Atsuya Okazaki1, Yasunao Katayama1, Jeffrey Kash2, Marc Taubenblatt2
6 Photonic Integrated Devices for Photonic ICT NTT Photonics Laboratories1　○Shinji Matsuo1
Forefront of advanced SRAM research for the nanoelectronics era
Sept. 15 9:00〜16:45
15p-ZE - 1〜9
1 Introductory Talk: Technology Trend of SRAM IIS, Univ. of Tokyo1　○Toshiro Hiramoto1
2 NEDO's strategy for research and development of static random access memory NEDO1　○Atsushi Ando1, Tomohiro Yamazaki1, Junichi Manda1, Shigeru Kohmoto1, Takayuki Shimazu1
3 Robust Design of Embedded SRAM on Deep-Submicron Low-Power SoC Renesas Electronics1　○Koji Nii1, Makoto Yabuuchi1, Yasumasa Tsukamoto1
4 Suppression of NBTI-Induced VMIN Shifts for 40nm Node SRAM Cell Toshiba Corp.1　○Yosuke Kitamura1, Tomoya Sanuki1, Koji Matsuo1, Takashi Shimizu1, Atsushi Ohta1, Yusuke Arayashiki1, Hironobu Fukui1, Takaaki Hoshino1, Yusuke Ueki1, Akihiro Yasumoto1, Hisao Yoshimura1, Tetsuya Asami1, Hisato Oyamatsu1
5 Simultaneous Self-Repair of SRAM Unbalance IIS, Univ. of Tokyo1, STARC2　○Toshiro Hiramoto1, Makoto Suzuki1, Takuya Saraya1, Shinji Miyano2, Takayasu Sakurai1
Break 14:50〜15:05
6 7T/14T Dependable SRAM and Its Application to Microprocessor Cache Kobe Univ.1　○Hiroshi Kawaguchi1
7 Independent-Double-Gate FinFET SRAM Technology Nanoelectronics. Res. Inst. AIST1　○Kazuhiko Endo1, Shin-ichi O'uchi1, Yongxun Liu1, Takashi Matsukawa1, Kunihiro Sakamoto1, Meishoku Masahara1
8 Ultra-low Voltage Operation Charge-Trap SRAM and Ferroelectric SRAM 大学院工学系研究科電気系工学専攻1　○Ken Takeuchi1, Kousuke Miyaji1, Shuhei Tanakamaru1, Kentaro Honda1, Shinji Miyano2
9 Nonvolatile/variability-tolerant SRAM technologies using nonvolatile memory elements Imaging Sci. Eng. Lab.,Tokyo Inst. Tech.1, Dept. Info. Process.,Tokyo Inst. Tech.2, CREST, JST3　○Satoshi Sugahara1,3, Yusuke Shuto1,3, Shuu'ichirou Yamamoto2.3
Forefront of optical elements with subwavelength structured surfaces
Sept. 15 13:00〜17:00
15p-S - 1〜9
1 Forefront of optical elements with subwavelength structured surfaces (Introductory Talk) (10 min.) Osaka Prefecture Univ.1　○Hisao Kikuta1
2 Optical Device Fabrication using Imprint Method RIES, Hokkaido Univ.1　○Junji Nishii1
3 Application of Optical Elements with Subwavelength Structures to Sensors Canon1　○Taisuke Isano1, Yasushi Kaneda1
4 Low-reflective Wire-grid Polarizers in Visible Region Sony Chemical1, Kyoto Univ.2　○Akio Takada1, Takatoshi Yamada1, Naoki Hanashima1, Kouji Sasaki1, Eiji Takahashi1, Motofumi Suzuki2
5 Molded glass lens with anti-reflective structure Panasonic Corp.1　○Yasuhiro Tanaka1
Break 15:10〜15:25
6 Nanoimprinting Using Anodic Porous Alumina and Its Application for Preparation of Antireflection Structures Tokyo Metropolitan Univ.1, KAST2　○Hideki Masuda1,2, Takashi Yanagishita1,2
7 　○Hiroshi Goto1
8 Process simulation in nanoimprint technology Osaka Pref. Univ.1　○Yoshihiko Hirai1
9 Closing Remarks（5分） Olympus1　○Hirofumi Tsuchida1
Present and Future of Bio-Medical Imaging Using Synchrotron Radiation jointly hosted by Kyushu Chapter of JSAP, Division of Ionizing Radiation and Asian Meeting on Synchrotron Bio-Medical Imaging
Sept. 15 9:00〜17:20
15p-J - 1〜11
1 Introductory talk: Biomedical Imaging using SR Kyushu Inst. Tech.1　○Yosinori Chikaura1
▲ 2 The Compact Light Source: A miniature synchrotron producing x-rays via inverse Compton scattering Lyncean Technologies Inc.1　○Ronald Ruth1, Jeffrey Rifkin1, Rod Loewen1
3 Current Status and Trend of 2D X-ray detectors for Synchrotron Radiation Application JASRI/SPring-81　○Hidenori Toyokawa1
4 Interpretation of x-ray optics for observation viewed from diffraction theory Kyushu Inst. Tech.1, Tokyo Sci. Univ.2　○Yoshifumi Suzuki1, Yoshinori Chikaura1, Masami Ando2
5 World first CT technique due to refraction Yamagata Iniv.1, Nagoya Medical Center2, Tokyo Univ. Sci.3　○Tetsuya Yuasa1, Naoki Sunaguchi1, Qingkai Huo1,2, Shu Ichirhara3, Masami Andou2
6 Development of diagnosis using SR excited fluorescent x-ray source Kyushu Univ.1, Kyushu Univ.2, KEK3, RIST TUS4　○Kenji Tokumori1, Fukai Toyofuku2, Kazuyuki Hyodo3, Masami Ando4
Break 15:05〜15:20
▲ 7 Searching for tumor infiltration structures using combined diffraction-based SR imaging technique and nanomedicine Catholic Univ. of Daegu Biomed Eng1, Catholic Univ. of Daegu Neurosurgery2, Univ. of Tsukuba Neurosurgery3, KEK PF4, TUS RIST5　○Jong-Ki Kim1, Gi-Whan Choi2, Hideeo Tsurushima3, Kazuyuki Hyodo4, Akira Matsumura3, Masami Ando5
▲ 8 Investigating the hepatic lobular 3D structure using synchrotron hard x-ray phase contrast ?CT IHEP1, Capital Medical University2, APS3, ESRF4, TUS5　○Gang Li1, Xin Yian Zhao2, Xiang Hui Xiao3, Paul Tafforeau4, Bao En Wang2, Masami Ando5
▲ 9 Breast Cancer Imaging with refraction based Xray Nagoya Medical Center1, Tokyo University of Science2, Yamagata University3　○Shu Ichihara1, Masami Ando2, Tetsuya Yuasa3
10 Frontier of articular cartilage and therapy Okayama Univ. Orthop. Surg.1, Ibaraki Pref. Univ. of Health Science2, KEK3, RIST TUS4　○Toshiyuki Kunisada1, Daisuke Shimao2, Hiroshi Sugiyama3, Ken Takeda1, Toshifumi Ozaki1, Masami Ando4
11 Perspective: Bio-Medical Imaging Using SR RIST TUS1　○Masami Ando1
From Control of Physical Properties of Semiconductors with Intentional Doping of Functional Impurities to Device Applications with Designed New Active Functions for Future
Sept. 15 9:00〜17:40
15p-NB - 1〜9
1 Introductory talk: Control of physical properties and creation of functionalities by impurity doping Osaka Univ.1　○Yasufumi Fujiwara1
2 Materials design by doping towards a new generation of functional-oriented semiconductors Kochi Univ. Tech. Res. Inst1　○Tetsuya Yamamoto1, Yasushi Sato1, Hisao Makino1, Naoki Yamamoto1
3 Evaluation of grain and interface properties of Cu(InGa)Se22 thin films solar cells Tokyo Tech1, Tokyo Tech PVREC2　○Akira Yamada1,2, Satoru Oonishi1, Yasuyoshi Kurokawa1, Makoto Konagai1,2
4 Light-emitting devices based on rare-earth doped semiconductors Osaka Univ.1　○Yasufumi Fujiwara1, Atsushi Nishikawa1, Yoshikazu Terai1
Break 14:55〜15:10
5 A flexible film-type Hg-free deep-ultraviolet light source by Plasma Tube Array Kobe University1, Shinoda Plasma Co., Ltd.2, YUMEX INC.3, Hyogo Prefectural Institute of Technology4　○Takashi Kita1, Bingang Guo2, Kenji Awamoto2, Tsutae Shinoda2, Yoshitaka Chigi3, Tesurou Nishimoto3, Hiroyuki Tanaka3, Mikihiro Kobayashi3, Tsuguo Ishihara4, Hirokazu Izumi4
6 Nano-structures Doped with Near-Infrared Luminescence Centers Kobe Univ.1, NIMS2　○Minoru Fujii1, Hong-Tao Sun2
7 Development of characteristics of single NV center in diamond Tsukuba Univ1, PRESTO2　○Norikazu Mizuochi1,2
8 Exciton physics in III-V semiconductors grown by an atomically controlled doping technique Kobe Univ.1　○Yukihiro Harada1, Takashi kita1
9 　○Takashi Kita1
Area activities for the human resource development for manufacturing and the education of science
Sept. 15 11:00〜17:15
15p-ZH - 1〜8
1 Introductory talk: Area activities for the human resource　development for manufacturing and the education of science. Tokyo Univ. of Science1, Teikyo Univ.2　○Shizutoshi Ando1, Toshiharu Mitsui2
2 A propulsion of science education by JELLY FISH PROJECT Nagasaki Univ.1　○Kunihiro Hisatsune１, Tateo Hashimoto１
3 Fukuokasinotorikumitosite　〜tiikitokagakukannnorennkei
「wakuwakukagakuka-nibaru」〜		 Fukuokasiritusyounennkagakubunnkakaikann1　○Masafumi Miyamoto１
4 The SSH Project of CHIENKAN High School Chienkan H.S.1　○Nobuyuki Hirakata1, Kazuhisa Sonda1, Seigo Nakashima1
5 Fukuoka Prefectural High School Core SSH Project
-To make physical science clubs active and to contribute to local communities through experience classes of science experiments		 Fukuoka Prefectural High School1　○Tetsuhide Inoue1
Break 15:35〜15:45
6 SPP Program and Educational Support for Science and Creative Education utilizing characteristics of College of Tech. Kurume　National　College　of　Tech.1　○Naohiro Koshiji1
7 Program of Engineering Education mainly using Project-Based Learning (PBL) Kyushu Institute of Technology1　○Motoi Nakao1
8 Workshop for Refreshing Science Classes Organized and Held as Educational Public Utilities by JSAP Kyushu Branch (Fukuoka) Fukuoka Univ.1　○Nobuyasu Hiramatsu1
Review of fiber-lasers and its applications that are exploring a new field of a manufacturing industry
Sept. 16 9:00〜16:30
16p-M - 1〜6
1 Introductory Talk:
Positioning of Fiber Lasers in Industrial Laser Markets		 Paradigm Laser Research1　○Kunihiko Washio1
2 Laser processing applications in automotive industry NISSAN MOTOR CO., LTD.1　○Kiyokazu Mori1
3 Laser processing of the semiconductor wafers DISCO1　○Satoshi Kobayashi1
Break 14:45〜15:00
4 Coherent UV source using fiber laser, and the application Megaopto1, AMiT (Toshiba)2, NuFlare3　○Yoshiharu Urata1, Tatsuya Shinozaki1, Yoshio Wada1, Satoshi Wada1, Shinichi Imai2, Osamu Iwase3
5 High power single mode fiber laser and its applications Furukawa Electric1　○Akira Fujisaki1
6 Industrial applications with high power femto second fiber laser IMRA AMERICA, Inc.1　○Ryuichiro Sasaki1
シリコンテクノロジーの未来像を徹底的に考える-Never Ending Silicon Technology-
Sept. 16 9:00〜17:55
16p-ZE - 1〜9
1 Introductory Talk Univ. Tokyo1　○Shinichi Takagi1
2 Technology Evolution for Silicon Nano-Electronics: Post-Scaling Technology Nagoya Univ.1　○Shigeaki Zaima1
3 Future Prospect of ULSI Technology from the Viewpoint of IT-NW Systems NEC Corp.1　○Yasunori Mochizuki1
4 Future prospects for ULSI technology in the post-scaling era Corporate R & D Center, Toshiba Corp.1　○Akira Nishiyama1
Break 15:10〜15:25
5 Challenges on Interface Control for Nanostructures Nagoya Univ.1　○Seiichi Miyazaki1
6 Views for Construction of Nano Interface Science Chiba Univ.1　○Takashi Nakayama1
7 Univ. of Tsukuba1　○Kenji Shiraishi1
8 New Paradigm with Silicon Technology by Structural Fusion and Function Fusion 学際科学国際高等研究センター1　○Tetsuo Endoh1
9 　○Naoki Yokoyama1
Current Status of Energy Conversion Devices (Organized by "Future-oriented Sustainable Society Technology")
Sept. 16 9:30〜17:30
16p-NE - 1〜9
1 Introductory Talk : Current Status of Energy Conversion Devices CIR, Tohoku Univ.1, Environmental Studies, Tohoku Univ.2　○Katsushi Fujii1, Takashi Itoh1, Kazuyuki Tohji2
2 Development of novel Si-based crystals for solar cells IMR, Tohoku Univ.1, Tsukuba Univ.2　○Noritaka Usami1, Takashi Suemasu2
3 Electrode Reactions in Solid Oxide Fuel Cells (SOFCs) Tohoku Univ.1, Kyoto Univ.2, JASRI3　○Koji Amezawa1, Toshiaki Ina2, Yuki Orikasa2, Atsushi Unemoto1, Fumitada Iguchi1, Hajime Tanida2, Tomoya Uruga3, Hiroo Yugami1, Tatsuya Kawada1, Yoshiharu Uchimoto2
4 Analysis of the Electron Donating Reaction Which Bases Photosynthetic Energy Conversion Kyoto Univ.1　○Mamoru Mimuro1
Break 14:45〜15:00
5 Potential of III-V nitride films for application to solar cell NIMS1　○Masatomo Sumiya1
6 Spectoelectrochemistry of Electrochemical Reaction in Lithim Secondary Batteries Tohoku Univ.1　○Takashi Itoh1
7 Photo-electochemical water splitting using p-type semiconductor electrodes The Univ. of Tokyo1　○Tsutomu Minegishi1, Kazunari Domen1
8 Organic Phorovoltaics Mitsubishi Chem Group Sci & Tech Res Ctr1　○Ｓｈｉｎｊｉ Aramaki1
9 The future of energy conversion devices Tohoku Univ.1　○Kazuyuki Tohji1, Ryuzo Furukawa1, Hydeyuki Takahashi1, Yoshinori Sato1
Future perspective of spintronics
Sept. 16 9:00〜17:50
16p-A - 1〜8
1 Introductory talk The Univ. of Tokyo1, Tohoku Univ.2　○Jun Okabayashi1, Masaki Mizuguchi2
2 Spintronics: More and Beyond CSIS, Tohoku Univ.1, RIEC, Tohoku Univ.2　○Hideo Ohno1，2
3 Magnetoelectric cross-correlated functions in multiferroics CMRG,CERG, RIKEN1　○Yasujiro Taguchi1
4 Organic Spintronics Osaka Univ.1, JST-PRESTO2　○Masashi Shiraishi1,2
Break 15:15〜15:30
5 Spin-photonics ISEL, Tokyo Tech.1　○Hiro Munekata1
6 　○Hitoshi Tabata1
7 High-frequency spintronics AIST1, Osaka Univ.2, Canon Anelva Corp.3　○Hitoshi Kubota1, Satoshi Yakata1, Akio Fukushima1, Kay Yakushiji1, Shinji Yuasa1, Koji Ando1, Shota Ishibashi2, Hiroyuki Tomita2, Takayuki Nozaki2, Yoshishige Suzuki2, Hiroki Maehara3, Kazumasa Nishimura3, Yoshinori Nagamine3, Koji Tsunekawa3, D.D. Djayaprawira3
8 Current statuses and future prospects of quantum information processing Keio Univ.1　○Kohei Itoh1
Functional Multi-Layer Wafer Technology for Green Electronics
Sept. 16 9:00〜17:20
16p-ZW - 1〜8
1 Introductory Talk (10min) AIST, ETRI1　○Satoshi Yamasaki1
2 　○Hiromichi Ohashi1
3 Development of CZ-Si Crystal Substrates for Power Devices Covalent Silicon Corp.1　○Kazuhiko Kashima1
4 Heteroepitaxial growth of GaN on Si Nagoya Inst. Tech.1　○Takashi Egawa1
Break 15:20〜15:40
5 Applications of a Silicon Wafer Direct Bonding For Power Devices Kyushu Inst. Tech.1　○Satoshi Matsumoto1
6 Silicon Carbide Epitaxial Growth Process AIST1　○Shin-ichi Nishizawa1
7 Growth Technology of Highly-oriented Diamond on Silicon Kobe Steel1　○Yoshihiro Yokota1, Takeshi Tachibana1
8 Closing Remarks Osaka Univ.1　○Heiji Watanabe1
Characterization and Device Applications of Wide bandgap Nitrides AlGaN
Sept. 16 9:00〜17:30
16p-B - 1〜8
1 Introductory Talk -Epitaxial growth of AlGaN- Mie Univ.1　○Hideto Miyake1
2 Behavior of Threading Dislocations and Growth Process of AlGaN Layers
on an AlN/sapphire Template
 Kyushu Univ.1, Mie Univ.2　○Noriyuki Kuwano1, Tomoaki Fujita1, Hideto Miyake2, Kazumasa Hiramatsu2
3 Excitonic optical properties of AlGaN ternary alloy epitaxial layers Yamaguchi Univ.1　○Yoichi Yamada1
4 Characterization of Defects in AlGaN by Means of Positron Annihilation Uni. of Tsukuba1, Mie Univ.2, NRI-AIST3　○Akira Uedono1, Hideto Miyake2, Kazumasa Hiramatsu2, Shoji Ishibashi3
5 Hokkaido Univ, JST-CREST1　○Tamotsu Hashizume1
Break 15:40〜16:00
6 Development of Deep Ultraviolet Light Source Pumped by Electron Beam Hamamatsu Photonics K.K.1, Mie Univ.2　○Fumitsugu Fukuyo1, Tomoyuki Okada1, Hidetsugu Takaoka1, Harumasa Yoshida1, Yuki Shimahara2, Hiroyuki Taketomi2, Hideto Miyake2, Kazumasa Hiramatsu2
7 Progress of 220-280 nm AlGaN-based deep-UV LEDs RIKEN1　○Hideki Hirayama1
8 Discussion on the physics of AlGaN-based light emitting devices Dept. Elec., Nagoya Univ.1, ARC2　○Hiroshi Amano1,2
New developments of Functional-oxide Nano-electronics
Sept. 16 9:00〜18:00
16p-E - 1〜8
1 New developments of Functional-oxide Nano-electronics; Introductory talk AIST-NIRC1　○Hiro AKINAGA1
2 Fabrication and Performance Evaluation of Flexible and Transparent ReRAM Tottori Univ.1, TEDREC2, Oike & Co., Ltd.3　○Kentaro Kinoshita1,2, Takumi Okutani1, Hayato Tanaka1, Toshio Hinoki1,3, Koutoku Ohmi1,2, Satoru Kishida1,2
3 Correlation between Oxygen Composition and Electrical Properties in NiO Thin Films for Resistive Random Access Memory Kyoto Univ.1, Kyoto Univ. PESEC2　○Yusuke Nishi1, Tatsuya Iwata1, Tsunenobu Kimoto1,2
4 Microstructure, magnetic and transport properties of a spin-filtering device with spinel ferrites NIMS1　○Yukiko Takahashi1, Shinya Kasai1, Takao Furubayashi1, Seiji Mitani1, Koichiro Inomata1, Kazuhiro Hono1
Break 15:40〜15:50
5 Spintronics using Mott insulators IMR, Tohoku Univ.1, さきがけ2　○Eiji Saitoh1,2,3
6 Non-volatile Memory Effects in a Single Oxide Nanowire ISIR Osaka Univ.1, JST-PRESTO2　○Takeshi Yanagida1,2, Kazuki Nagashima1, Keisuke Oka1, Masaki Kanai1, Tomoji Kawai1
7 Integration of metal oxide switching device for real Nonvolatile memory SHARP CORPORATION1　○NOBUYOSHI AWAYA1
8 New developments of Functional-oxide Nano-electronics; Closing Remarks ISIR, Osaka Univ.1　○Hidekazu Tanaka1
Symposium organized by Research Group on Photoelectronics of Disordered Materials:Recent Progress in Amorphous Spectroscopy
Sept. 17 9:00〜12:50
17a-ZC - 1〜7
1 Introductory talk: Recent progress in amorphous spectroscopy TMU1　○Koichi Kajihara1
2 Structure and Dynamics of Non-Crystalline Materials by Scattering Methods JAEA/J-PARC1, Kyushu Univ.2　○Yukinobu Kawakita1, Shin'ichi Takeda2
3 Studies of the structure and dynamics of disordered materials with pulsed neutron scattering techniques at J-PARC JAEA1, KEK2　○Kentaro Suzuya1, Toshiya Otomo2, Kenji Nakajima1, Mitsutaka Nakamura1
4 Structural Analysis of Amorphous Materials by Anomalous X-ray Scattering Tohoku Univ.IMR.1　○Kazumasa Sugiyama1
Break 10:55〜11:05
5 Properties and Structure of Glass melts using Laser spectroscopy Kyushu University1　○Shigeru Fujino1
6 in line electron-spin-resonance study of surface reaction for plasma etching Nagoya Univ.1, AIST2　○Kenji Ishikawa1, Satoshi Yamasaki2, Makoto Sekine1, Masaru Hori1
7 Characterization of Amorphous Materials by Solid-State NMR ICR, Kyoto Univ.1　○Hironori Kaji1, Tatsuya Fukushima1, Furitsu Suzuki1, Atsushi Goto1