s
Special Symposium
New challenge in molecular electronics and bioelectronics
Mar. 24 10:00〜17:30
24a-BL - 1〜4
1 Introductory Talk : 20th Anniversary of the M&BE Division（20min.） Chiba Univ.1　○Kazuhiro Kudo1
2 Perspectives of Liquid Crystal: Emerging Devices based on Self-organization and Alignment Control（40min.） Osaka Univ.1　○Masanori Ozaki1
3 Challenge to organic electroluminescence devices with novel organic semiconductoral materials（40min.） Kyushu Univ.1　○Chihaya Adachi1
4 Organic photovoltaic cells（40min.） Institute for molecular science1　○Masahiro Hiramoto1
Lunch 12:20〜13:20
24p-BL - 1〜6
1 Syntheses of organic semiconductors for device applications（40min.） Hiroshima Univ.1　○Kazuo Takimiya1
2 Bio-molecules in the service of Nano-world（40min.） Nara Institute of Science and Technology1, ATRL Panasonic2　○ 1,2
3 Semiconductor technology for biosensing applications（40min.） RIEC, Tohoku Univ.1　○Michio Niwano1
Break 15:20〜15:30
4 Biomedical Applications of Nanobiodevice Based Single Molecule and Cell Analysis（40min.） Nagoya Univ., AIST1　○Yoshinobu Baba1
5 From single-molecule bioanalysis to biomechanics, and perspectives of future biotechnology such as neurocomputing（40min.） Osaka Univ.1　○Toshio Yanagida1
6 Closing Talk（40min.） IMCE Kyushu Univ.1　○Kaoru Tamada1
異種機能集積化と応用物理〜最先端多様分野の融合によって拓かれる未来社会〜
Mar. 26 10:00〜17:45
26a-BV - 1〜3
1 Introductory Talk: Challenges and Opportunities in Heterogeneous Integration（30min.） Tokyo Tech1　○Kazuya Masu1
2 Life Innovation by Smart Micro Sensor Devices（40min.） Toyohashi University of Technology1, Electronics-Inspired Interdisciplinary Institute (EIIRIS)2, JST-CREST3　○Makoto Ishida1,2,3, Kazuaki Sawada1,2,3, Takeshi Kawano1,3, Daisuke Akai2
3 Microrobot for Medical Application（40min.） Ritsumeikan Univ.,Ritsumeikan Bio Medical Device Research Center (BMDC)1　○Satoshi Konishi1
Lunch 11:50〜13:00
26p-BV - 1〜7
1 Development of Microsystem Integration and Its Promising Future（40min.） WPI-AIMR Tohoku Univ.1　○Masayoshi Esashi1
2 Si Photonics and Its Impact on Information Sustainability（40min.） Univ. of Tokyo1　○Kazumi Wada1
3 Impacts on Global Innovation and Novel Devices by Advanced Plasma Processes（40min.） Nagoya Univ.1　○Masaru Hori1
Break 15:00〜15:15
4 Development of New Devices Using Nano-Processes and Nano-Materials（40min.） Univ. of Tokushima1　○Masao Nagase1
5 A New Horizon Brought by the Integration of Optical MEMS and LSI（40min.） RCAST, Univ. of Tokyo1　○Hiroshi Toshiyoshi1
6 CMOS: Development of Post-Scaling Technology（40min.） Nagoya Univ.1　Shigeaki Zaima1
7 Discussion（30min.） 　
Symposium
Frontier and New Prospects in Optical Science
Mar. 24 9:25〜17:30
24a-BX - 1〜7
1 「Frontier and New Prospects in Optical Science」introductory talk JST1　○Hiromasa Ito1
2 Attosecond science -past, present and future- RIKEN1　○Katsumi Midorikawa1
3 Study of nondispersing wave packets and their application to quantum control AoyamaGakuin Univ.1, JST PRESTO2　○Haruka Maeda1,2
4 Product State Control and Coherent Control in Other Perspectives -Cold atom and Ion trap- Kyoto Univ.1, JST-CREST2, Purdue Univ.3　○Rekishu Yamazaki1,2,3
Break 10:50〜11:05
5 Molecular dynamic imaging using coherent properties of high harmonics ISSP1, JST-PRESTO2　○Jiro Itatani1,2
6 Ultra high resolution 4-D spatio-temporal imaging using intense laser pulses Univ. of Electro-communications1　○Toru Morishita1
7 X-ray Free Electron Laser Project RIKEN/JASRI/XFEL1　○Tadashi Togashi1, Makina Yabashi1, Tetsuya Ishikawa1
Lunch 12:35〜14:00
24p-BX - 1〜3
1 Present status and future prospects of terahertz condensed matter physics IIS Univ. of Tokyo1　○Kazuhiko Hirakawa1
2 Ultrafast spin manupilation with THz radiation Osaka Univ.1, JST2　○Masaya Nagai1,2
3 Highly sensitive terahertz sensing and imaging with semiconductors and carbon devices and their applications RIKEN1　○Yukio Kawano1
Break 15:20〜15:30
Frontier and New Prospects in Optical Science
Mar. 24 15:30〜17:30 (Poster Session)
24p-BX - 4〜19
4 Direct detection of optical electric field using photoconductive antenna Osaka Univ.1, PRESTO, JST2　○Masaaki Ashida1,2
5 Nonlinear optical response of graphene in time domain Univ. of Tokyo1　○Kenichi L. Ishikawa1
6 High harmonic generation of Ti:S pulses using a passive enhancement cavity NICT1　○Tetsuya Ido1
7 Directionally asymmetric tunneling ionization by phase-controlled laser fields and control of the molecular orientation AIST1　○Hideki Ohmura1
8 Topological light-wave synthesis Chiba Univ.1　○Takashige Omatsu1
9 Efficient adiabatic-Raman-sideband-generation in an enhancement cavity Uni v. of Electro-Comm.1　○Masayuki Katsuragawa1, Ryo Tanaka1, Hiroyuki Yokota1, Taku Matsuzawa1
10 Dynamical imaging of 10-fs surface plasmon wave packet. Univ. of Tsukuba1　○Atsushi Kubo1
11 Optical control of matter-wave solitons in an atom-wave circuit Univ. Fukui1　○Mitsutaka Kumakura1
12 Optical manipulation of structural phase change by controlling coherent phonons Univ. of Tsukuba1　○Muneaki Hase1
13 Real-time probing of chemical reaction processes by intense ultrashort laser pulses Nagoya Univ. Dep. Chem.1, IMS2　○Akiyoshi Hishikawa1,2
14 Quantum Manipulation of Atoms and Photons with Cavity QED Kyoto Univ.1　○Takao Aoki1
15 Observation and control of molecular dynamics by mid-infrared ultrashort pulses Tokyo Univ. of A&T1, PRESTO/JST2　○Satoshi Ashihara1,2
16 Development of Devices for Atomtronics in Optical Lattices Kyoto Univ.1　○Toshiya Kinoshita1
17 Regulation of Cells Differentiation by Light Technology Osaka Univ.1, Massachusetts General Hospital, Harvard Medical School2　○Toshihiro Kushibiki1,2
18 Spatial Control of Number-State Photon Pulses Tokyo M&D Univ1, PRESTO-JST2　○Kazuki Koshino1,2
19 Plasmonic metamaterials and their extension to novel photonic devices RIKEN1, Hokkaido Univ.2　○Takuo Tanaka1,2
Quantum Information: Technology Updated and Science Deepened
Mar. 24 9:30〜17:55
24a-BT - 1〜7
1 Quantum Information: Technology Updated and Science Deepened NICT1　○Masahide Sasaki1
2 Quantum Key Distribution Hokkaido Univ.1　○Akihisa Tomita1
3 A key management system for QKD Network NEC1, NCOS2, NICT3, Hokkaido Univ.4　○Akihiro Tanaka1, Tomoyasu Domeki2, Mikio Fujiwara3, Akihisa Tomita4, Masahide Sasaki3, Akio Tajima1
4 Highly-Reliable Quantum Cryptosystem and its Application Mitsubishi Electric Corp.1　○Toshio Hasegawa1, Hajime Kobayashi1, Takeshi Asai1, Toyohiro Tsurumaru1, Toshiyuki Tokura1, Yasuyuki Sakai1, Hirosato Tsuji1, Yoichi Sibata1, Mitsuru Matsui1
Break 10:55〜11:15
5 Toward Intercity QKD NTT BRL.1, NiCT2　○Toshimori Honjo1, Mikio Fujiwara2, Masahide Sasaki2, Shigehito Miki2, Taro Yamashita2, Zhen Wang2, Yasuhiro Tokura1
6 Theory of the security of quantum cryptography and its future perspective NTT Basic Research Laboratories1　○Kiyoshi Tamaki1
7   　○Yoshihisa Yamamoto1
Lunch 12:40〜14:10
24p-BT - 1〜7
1 Advances in Quantum Information brought by Nano-Science and Technology: Evolution of quantum dot Inst. NanoQuine, Univ. Tokyo1, IIS, Univ. Tokyo2　○Yasuhiko Arakawa1,2
2 Current status and future in generating and distributing optical frequency standards NICT1　○Tetsuya Ido1
3 Free space- fiber integrated QKD network NICT1, NEC2, Hokkaido Univ.3　○Mikio Fujiwara1, Ken-ichiro Yoshino2, Morio Toyoshima1, Yoshihiro Nambu2, Masahide Sasaki1, Akihisa Tomita3
4 Advanced quantum light source and single-photon detection technology Nihon Univ.1　○Shuichiro Inoue1
Break 16:00〜16:20
5 Photonic quantum information and it's application RIES, Hokkaido Univ.1, ISIR, Osaka Univ.2　○Shigeki Takeuchi1,2
6 Spin-based Quantum Information and Condensed Matter Physics Uni. of Tokyo1　○Seigo Tarucha1
7 Quantum Cybernetics NEC/Riken1　○Jaw-Shen Tsai1
Recent Advance of Nanocarbon Materials (2)
Mar. 24 10:20〜16:40
24a-BM - 1〜4
1 Preface: Recent Advances in Nano Carbon Materials (2) Osaka Univ.1　○Kazuhiko Matsumoto1
2 The application of Carbon NanoTube｢VGCFTM｣ for Lithium-ion Rechargeable Battery SHOWA　DENKO　K．K．1　○Yoshiyuki Nishimura1
3 Nano Surface and Nano Space of Carbon Nanotube Tokyo Univ. of Science1, Univ. of Tokyo2　○Yoshikazu Homma1, Shohei Chiashi2
4 Device applications using Nano Carbon Materials Osaka Univ.1　○Kazuhiko Matsumoto1
Lunch 12:00〜13:30
24p-BM - 1〜6
1 Theoretical Studies on Electronic Properties of Graphene Nano-Structures 国際ナノアーキテクトニクス研究拠点1, さきがけ2　○Katsunori WAKABAYASHI1,2
2 Growth and Structure Analysis of Graphene on SiC Nagoya Univ.1, JFCC2　○Michiko Kusunoki1,2, Wataru Norimatsu1,2
3 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
Break 15:00〜15:30
4 Band gap engineering in semiconducting graphene NIMS-MANA1, Tsukuba Univ.2, JST-CREST3　○Kazuhito Tsukagoshi1,3, Hisao Miyazaki1,3, Songlin Li1,3, Akinobu Kanda2,3
5 Terahertz characterization of graphene and its device application RIKEN1　○Yukio Kawano1
6 Concluding remark Keio Univ.1　○Yuji Awano1
Modeling and Simulation of Semiconductor Processes and Devices, and Integrated Circuits
Mar. 24 10:35〜16:15
24a-KC - 1〜3
1 Modeling and Simulation of Semiconductor Integrated Circuits Processes and Devices Osaka Univ.1　○Shinji Odanaka1
2 Atomistic Diffusion Simulation of pocket dopants using KMC method Panasonic Corp.1, IMEC2, K. U. Leuven3　○Taiji Noda1, Wilfried Vandervorst2, 3, Christa Vrancken2, Thomas Hoffmann2
3 Site Specific and High Spatial Resolution 2D Carrier Profiling with Scanning Spreading Resistance Microscopy Toshiba Corp., R&D Center1　○Li Zhang1
Lunch 11:45〜13:30
24p-KC - 1〜5
1 Recent Understanding of the Difference in Random Threshold Voltage Fluctuation between NFETs and PFETs MIRAI-Selete1, Tokyo Univ.2　○Kiyoshi Takeuchi1, Takaaki Tsunomura1, Satoshi Inaba1, Akio Nishida1, Shiro Kamohara1, Toshiro Hiramoto2
2 Simulations of CMOS-based Potentiometric and Amperometric Biosensing Nagoya Univ.1　○Shigeyasu Uno1, Junichi Hasegawa1, Mami Iio1, Yuki Nishio1, Kazuo Nakazato1
Break 14:30〜14:45
3 Atomistic modeling of phonon-limited mobility in Si nanowires Kobe Univ.1　○Yoshihiro Yamada1, Hideaki Tsuchiya1, Matsuto Ogawa1
4 Generalized Equivalent Model in Atomistic Device Simulation Osaka Univ.1, CREST JST2　○Gennady Mil'nikov1,2, Nobuya Mori1,2, Hideki Minari1,2, Yoshinari Kamakura1,2
5 Wigner Monte Carlo Simulation of Dissipative and Quantum Transport in MOSFETs Kobe Univ.1　Shunsuke Koba1, ○Hideaki Tsuchiya1, Matsuto Ogawa1
Current status and future prospects of spintronics non-volatile memory and logic devices
Mar. 24 13:00〜16:55
24p-KQ - 1〜8
1 Current status and future prospects of spintronics non-volatile memory and logic devices: Introductory talk AIST1　○Hitoshi Kubota1
▲ 2 Embedded STT-MRAM: Device, Macro, and System-on-Chip Advanced Memory Technology1　○Seung H. Kang1
3 Prospects of a Novel Computing Paradigm Based on Nonvolatile Logic-in-Memory Architecture Tohoku University1　○MASANORI NATSUI1, TAKAHIRO HANYU1
4 Fast Spin-RAM Technology for Logic Applications NEC Corporation1　○Noboru Sakimura1, Ryusuke Nebashi1, Hiroaki Honjo1, Shunsuke Fukami1, Nobuyuki Ishiwata1, Tadahiko Sugibayashi1
Break 14:40〜15:00
5 Fast magnetization reversal by using spin injection in longitudinal and perpendicular magnetic nano-pillars Osaka Univ. EngSci1, AIST Spintronics2, Toshiba3　Hiroyuki Tomita1, ○Yoshishige Suzuki1,2, Takayuki Nozaki1, Akio Fukushima2, Hitoshi Kubota2, Kay Yakushiji2, Shinji Yuasa2, Toshihiko Nagase3, Eiji Kitagawa3, Tadaomi Daibou3, Makoto Nagamine3, Sumio Ikegawa3, Naoharu Shimomura3, Hiroaki Yoda3
6 Microscopic theory of magnetic damping of magnetic materials Tohoku University1　○Akimasa Sakuma1
▲ 7 STT-RAM: Principles, Design Requirements and Latest Advances Grandis1　○Dmytro Apalkov1
8 Development of perpendicular MTJs AIST1　○Kay Yakushiji1, Takeshi Saruya1, Hitoshi Kubota1, Akio Fukushima1, Shinji Yuasa1, Koji Ando1
Can "Artificial Photosynthesis" give solution to Japan's Energy Problem?
Mar. 24 9:30〜17:00
24p-BV - 1〜8
1 Introduction 　○Shunji Kishida1
2 Essence of Photosynthesis Waseda Univ.1　○Kintake Sonoike1
3 Production of algae-based biofuel DENSO CORPORATION, Research Lab.1　○Norihide Kurano1, Hiroaki Fukuda1, Masao Nagakubo1, Kinya Atsumi1
4 Scenario for energy self-supply with artificial photosynthesis device Oubutsu Apee1, Toyota Tec. Inst.2　○Toshikazu Takada1, Yoshio Ohshita2
Break 14:40〜15:00
5 Artificial Photosynthesis Device Simulation Grad. Sch. of Eng'g., Osaka University1　Wilson DIno1, ○Hideaki Kasai1
6 Solar hydrogen technology for ideal artificial photosynthesis AIST-ETRI1　○Kazuhiro Sayama1
7 Technologies for Marine Construction -TAKUMI Increasing Primary Production in the Sea By Upwelling DOW- Univ.of Tokyo1　○Kazuyuki Ouchi1
8 Closing Remarks for securing energy resources of Japan Tokai Univ.1　○Haru-Hisa Uchida1
Recent Progress in SIMS technique from interstellar medium to biomedical materials
Mar. 24 9:30〜17:05
24p-KX - 1〜10
1 Recent Progress in Secondary Ion Mass Spectrometry Hokkaido Univ.1, Kyoto Univ. QSEC2, CREST3　Hisayoshi Yurimoto1, ○Jiro Matsuo2,3
2 Observation of presolar grains by isotope imaging Hokkaido Univ.1　○Hisayoshi Yurimoto1
3 Development of a Laser Post-ionization Mass Spectrometer with Ultra-high Sensitivity and Ultra-trace Sampling Osaka Univ.1, Kｙushu Univ.2, Hokkaido Univ.3　○Morio Ishihara1, Shinngo Ebata1, Kiichiro Uchino2, Hisayoshi Yurimoto3
4 Development of High Sensitive and Quantitative Depth Profilometer by Resonance Multi-Photon Ionization SNMS Nippon Steel Corp., Adv. Technol. Res. Labs.1　○Shunichi Hayashi1, Suguru Nishinomiya1, Naoyoshi Kubota1
5 Shave-off analysis of nano-scale objects ESC, Univ. Tokyo1　○Masanori Owari1
Break 14:50〜15:05
▲ 6 Surface Analysis by EDI-SIMS　 University of Yamanashi1　○Kenzo Hiraoka1, Yuji Sakai1
7 Bio-SIMS with Highly Excited Primary Beam Kyoto Univ. QSEC1, JST-CREST2　○Jiro Matsuo1,2
8 Development of an ion beam source for Cluster SIMS using vacuum electrospray AIST1　○Yukio Fujiwara1, Naoki Saito1, Hidehiko Nonaka1, Taisuke Nakanaga1, Shingo Ichimura1
9 Practical applications using TOF-SIMS with gas cluster ion beam ULVAC-PHI1　○Takuya Miyayama1
10 Dynamic Legacy in the Development of Secondary Ion Mass Spectrometry International Institute for Advanced Studies「IIAS」1　○Ryuichi Shimizu1
Active Plasmonics
Mar. 24 9:30〜17:10
24p-BG - 1〜8
1 Intorductory talk; Active plasmonics RIKEN1　○Takayuki Okamoto1
2 Primary colors of light of Si quantum dot and intensity enhancement by nanostructured gold N-BARD,　Hiroshima Univ.,1, Faculty of Science, Hiroshima Univ.2　○Ken-ichi Saitow1,2
3 Single-photon emission behavior of a single quantum dot coupled with plasmon of metal nanostructures Kwansei Gakuin Univ.1, Tohoku Univ.2, Kyoto Inst. Tech.3　○Sadahiro Masuo1, Hiroyuki Naiki2, Teruhisa Tanaka3, Shinjiro Machida3, Akira Itaya3
4 Possibility of high-efficiency and ultra-thin plasmonic solar cells Kyoto Univ.1, JST PRESTO2　○Koichi Okamoto1,2
Break 14:50〜15:10
5 Nano-optical Yagi-Uda antenna: current status and prospects Hiroshima Univ.1　○Yutaka Kadoya1, Terukazu Kosako1, Holger Hofmann1, Akira Yoshida1, Yusuke Tobisu1, Satoshi Maeda1
6 Novel Dispersion Relations and Functions in Plasmonic Waveguides Osaka Univ.1, PARC2　○Junichi Takahara1,2
7 Functionalized plasmonic waveguide The Univ. of Tokushima1　○Masanobu Haraguchi1, Toshihiro Okamoto1
8 Nonlinear Plasmonics Tokyo Inst. Technology1　○Kotaro Kajikawa1
39.1 KPS-JSAP Joint Symposium "Solar Cell Activities in Japan and Korea" organized by Solid State Physics and Applications Division
Mar. 24 13:00〜17:30
24p-CF - 1〜11
▲ 1 Welcome Address Tokyo City Univ., JSAP1　○Yasuhiro Shiraki1
▲ 2 Opening Remarks KRISS, KPS1　○Sam Kyu Noh1
▲ 3 Growth of ZnS Buffer Layer and Electronic Structure of ZnS/Cu(In,Ga)Se2 Interface KAIST1　○Byung Tae Ahn1, Dong Hyeop Shin1, Larina Liudmila1
▲ 4 High-Efficiency CIGS Solar Cells and Submodules by Multi-Stage Evaporation（30min.） AIST1, Kagoshima U.2, Tsukuba U.3, TUT4　○Shigeru Niki1, S. Ishizuka1, H. Komaki1, S. Furue1, H. Shibata1, K. Matsubara1, A. Yamada1, T. Ohdaira1, R. Suzuki1, S. Ishibashi1, N. Terada2, T. Sakurai3, K. Akimoto3, M. Izaki4
▲ 5 Organic-inorganic hybrid solar cells Seoul National Univ.1　○Changhee Lee1
▲ 6 Dye-sensitized Solar Cells NIMS　○Liyuan Han1
Break 15:10〜15:25
▲ 7 Quantum Dot Superlattice Intermediate Band Solar Cell: Proving the Concept and Beyond RCAST, Univ. Tokyo1　○Yoshitaka Okada1
▲ 8 InAs/GaAs Based Quantum Dot Solar Cells Yeungnam Univ.1, KRISS2, Chonbuk Nat. Univ.3　○Jong Su Kim1, Sang Jo Lee1, Im Sik Han1, Jae-Du Ha1, Chang Won Sohn1, Yeongho Kim2, Seong Jun Kim2, Sang Jun Lee2, Sam Kyu Nohe2, Dongwoo Park3, Jin-Soo Kim3
▲ 9 Mechanically stacked thin film multi-junction solar cells for higher efficiency AIST　○Michio Kondo1
▲ 10 Amorphous silicon based thin film solar cells KAIST1　○Koeng Su Lim1
▲ 11 Closing Remarks Tokyo Tech1　○Eisuke Tokumitsu1
Laser Materials Processing for Green Innovation
Mar. 24 13:00〜17:30
24p-BR - 1〜9
1 Introductory talk National Defense Academy1　○Masayuki Okoshi1
2 Laser processing technologies for clean energy society SANYO Electric Co., Ltd.1　○Wataru Shinohara1, Youichirou Aya1, Mitsuoki Hishida1, Akinao Kitahara1, Haruki Yonoda1, Akira Terakawa1, Masahiro Iseki1
3 Synthesis of photocatalytic films by laser and its application for green sustainable chemistry Nihon University, College of Science and Technology1　○kaoru suzuki1
4 Synthesis of compound semiconductor nanocrystallites by reactive pulsed laser ablation for applications to visible-light-operating photocatalysts Anan Nat. Coll. of Tech.1, Dept. of Phys., Konan Univ.2　○Takehito Yoshida1, Umezu Ikurou2, Akira Sugimura2
5 Preparation of the oxide thin film by laser and its application for the green device AIST1　○Tetsuo Tsuchiya1, Tomohiko Nakajima1, Masami Nishikawa1, Mitsugu Sohma1, Toshiya Kumagai1
Break 15:10〜15:30
6 KIMM　○Sung-Hak Cho1
7 Next Generation of Ignition by Micro Solid-State Laser IMS1　○Masaki Tsunekane1, Takunori Taira1
8 Laser Precision Processing of Carbon Fiber Reinforced Plastics (CFRP) toward Automotive Applications AIST-PRI1, ALPROT2　○Hiroyuki Niino1,2
9 Development of silica glass alternative for light and shock-resistant automobile window by laser National Defense Academy1, RENIAS Co., Ltd.2　○Masayuki Okoshi1, Yoshihiko Nojima1,2, Hidetoshi Nojiri2, Narumi Inoue1
Present status and future prospect of electromagnetic metamaterials
Mar. 24 13:00〜17:30
24p-BS - 1〜7
1 Introductory Talk: Present Status and Future of Electromagnetic Metamaterials Institute of Laser Eng., Osaka Univ.1　○Masanori Hangyo1
2 Development and applications of microwave metamaterials with periodic structures Yamaguchi Univ.1　○Atsushi Sanada1
3 Three-dimensional resonant metamaterials - fabrication and evaluation RIKEN1, Hokkaido Univ.2　○Takuo Tanaka1,2
4 Propagation and polarization control of microwaves with resonant metamaterials Kyoto Univ.1　○Masao Kitano1
Break 15:15〜15:30
5 Physics and fabrication of periodic metamaterials in optical regime Dept. Physics, Tohoku Univ.1　○Teruya Ishihara1
6 Fabrication and Functions of THz Metamaterials Using Structural Resonance Institute of Laser Eng., Osaka Univ.1　○Masanori Hangyo1
7 Development of Fabrication Technology for Plasmonic Metamaterial Surface in Optical Frequencies NIMS1, Tsukuba Univ.2　○Kazuaki Sakoda1,2
Innovative Process for Solar Grade Silicon and Sahara Renewable Energy Strategy
Mar. 24 13:00〜17:40
24p-CE - 1〜11
1 Introduction to Innovative Process for Solar Grade Silicon and Sahara Renewable Energy Strategy The University of Tokyo1, JST-CREST2　○Hiroshi Fujioka1,2
2 "Solar Breeder Scenario" Driven by Energy from the Desert Tokyo Tech1　○Kosuke Kurokawa1
▲ 3 Potential and Prospects of Renewable Energy in Algeria University of Science and Technology of Oran1　○Amine Stambouli1
4 Tunisia Solar Plan Institute for Arab Economies Research1　○Yojiro Kitamura1
5 The Photovoltaic Power Generation Era is Coming (GENESIS Project) PVTEC1　○Yukinori Kuwano1
Break 15:10〜15:25
6 Sahara Solar Breeder Project 新エネ研1, 理工2　○Kenji Itaka1, Yasubumi Furuya2
7 Metallurgical Refining and Low Temperature Solidification Processes for SOG-Si The University of Tokyo1　○Kazuki Morita1, Takeshi Yoshikawa1
8 Development of Solar-Grade Silicon by VLD method Tokuyama Corporation1　○Takuya Majima1
9 Innovation of Siemens method for Si production NIMS1, Nihon Univ.2　○Masatomo Sumiya1, Takuya Hashimoto2
10 Experiment of DC Superconducting Cable for Longer Transmission System Chubu University1　○Satarou Yamaguchi1, Toshi Kawahara1
11 Closing Remarks Univ. of Tokyo　○Hideomi Koinuma1
Progress of SiC power electronics development towards Green Innovation
Mar. 24 13:00〜17:50
24p-BN - 1〜12
1 Introductory Talk Japan Science and Technology Agency1　○Hiroyuki Matsunami1
2 SiC power device : development to commercialization at SDK SDK T&D center1, SDK　Ele. Dev. Div.2　○Masaaki Shimizu1, Yusuke Maeyama1, Kenichi Yoshida1, Tomoya Sato2, Wataru Tomoshige1
3 Development of SiC power devices and their applications Mitsubishi Electric Corp.1　○Tatsuo Oomori1, Masayuki Imaizumi1
4 SiC R&D for Next Generation Automotive Application DENSO CORP.1　○Kazuhiro Tsuruta1
5 Development of SiC power devices for power conversion systems used in various social infrastructures. Toshiba Corp.1　○Takashi Shinohe1
Break 14:50〜15:10
6 Recent development and future actions of SiC single crystal substrates Nippon Steel Corporation, Advanced Technology Research Labs.,1, FUPET SiC Power Device Center, Futtsu Branch Office2　○tatsuo fujimoto1, 2
7 Development of pruduction technology for SiC epitaxial wafers Showa Denko1　○Takayuki Sato1
8 SiC Solution Growth - Polytype Control and Crystal Quality - Nagoya Univ.1　○Toru Ujihara1
9 Fundamental Study on SiC toward High-Voltage Bipolar Devices Kyoto Univ.1　○Tsunenobu Kimoto1, Jun Suda1, Gan Feng1, Hiroki Miyake1, Koutarou Kawahara1
10 Development of Novel Surface and Interface Modification Methods in Advanced SiC Device Processes Nara Inst. Sci. Technol.1　○Takashi Fuyuki1, Hiroshi Yano1, Tomoaki Hatayama1
11 An attempt for the Clarification of SiC Thermal Oxidation Mechanism: Similarities and Differences between SiC and Si Oxidation 理工研1, ADPERC2　○Yasuto Hijikata1, Hiroyuki Yaguchi1, Sadafumi Yoshida2
12 Closing Remarks Japan Atomic Energy Agency1　○Hisayoshi Itoh1
Production science for thin-film transistors and solar cells-Low-temperature crystallization of thin-film semiconductor-
Mar. 24 13:00〜18:05
24p-BK - 1〜13
1 Introductory Talk: Production Science for Thin-Film Transistor and Thin Film Solar Cell University of Hyogo1　○Naoto Matsuo1
2 A time-resolved reflectivity study of the lateral growth in Si and Ge films during excimer laser crystallization Shimane Univ.1　○Wenchang Yeh1
3 Continuous-Wave Laser Lateral Crystallization and TFT characteristics Tohoku Univ.1　○Shin-Ichiro Kuroki1
4 BLDA as an advanced LTPS technique for next generation Univ. of the Ryukyus1, Hitachi Computer Peripherals Co., Ltd.2　○Takashi Noguchi1, J.D. Mugiraneza1, Tatsuya Okada1, Katsuya Shirai1, Toshiharu Suzuki1, Hideki Matsushima2, Takao Hashimoto2, Yoshiaki Ogino2, Eiji Sahota2
5 Novel blue-violet laser diodes crystallization of a-Si film and its TFT application Panasonic ATRL1, Panasonic Semiconductor company2, Panasonic Boston Lab.3　○Kiyoshi Morimoto1, Nobuyasu Suzuki1, Kazuhiko Yamanaka2, Masaaki Yuri2, Xinbing Liu3
6 Growth of polycrystalline Si film on polycarbonate substrate -A viewpoint from solid phase crystallization- Yamaguchi Univ.1, TEIJIN LTD2, Kyushu Univ.3　○Naoya Kawamoto1, Kazuyuki Tadatomo1, Tetsuya Imamura2, Yuka Tomizawa2, Gou Nakagawa3, Tanemasa Asano3
Break 15:10〜15:25
7 Microsecond Phase Transformation of Silicon Films Induced by Atmospheric Pressure Thermal Plasma Jet Annealing and Its Application to TFT Fabrication Hiroshima Univ.1　○Seiichiro Higashi1
8 Crystallization of Amorphous Silicon Films by Flash Lamp Annealing and Its Solar Cell Application Jpn. Adv. Inst. Sci. & Tech.1, JST PRESTO2　○Keisuke Ohdaira1,2, Hideki Matsumura1
9 Low-temperature crystallization of thin film semiconductor by soft X-ray irradiation Univ. of Hyogo1, LASTI Univ. Hyogo2, Kyusyu Univ.3　○Akira Heya1, Naoto Matsuo1, Sho Amano2, Syuji Miyamoto2, Kazuhiro Kanda2, Takayasu Motizuki2, Taizoh Sadoh3, Masanobu Miyao3
10 Low-Temperature Crystallization of SiGe on Insulator by Catalytic Effects of Metals Kyushu1, JSPS2　○Tazoh Sadoh1, Masashi Kurosawa1,2, Naoyuki Kawabata1, Jong-Hyeok Park1, Masanobu Miyao1
11 Low Temperature Crystallization of Si Thin Film using Ferritin with Ni Nano Particle NAIST1, CREST2　○Yasuaki Ishikawa1,2, Yosuke Tojo1,2, Ichiro Yamashita1,2, Yukiharu Uraoka1,2
12 Crystallization of Si Thin Films by Laser Annealing in Water, and Laser Direct Patterning of Si Thin Films by Ag-Induced Layer Exchange Kochi-NCT1　○Hiroshi Ikenoue1, Masahiro Kiyooka1
13 Summarizing Remarks Kyushu Univ.1　○Tanemasa Asano1
Silicide Thermoelectric Materials, Revisited
Mar. 24 13:10〜17:10
24p-CB - 1〜9
1 Introductory Talk: Recent Development of Silicide Thermoelectric Materials Tohoku Univ.1　○Yuzuru Miyazaki1
2 Direct thermal-to-electric power generation by silicide materials Tokyo Univ. of Science1, Union Material2, Showa KDE3, Nippon Thermostat4　○Tsutomu Iida1, Shiro Sakuragi2, Yohiko Mito3, Takashi Nemoto4, Tatsuya Sakamoto1, Yoshifumi Takanashi1
3 Thermal conductivity reduction of a nano-porous material Life BEANS Center Kyushu1, Kyushu Institute of Technology2　○Koji Miyazaki1,2
4 A new guiding principle for developing a thermoelectric material constructed with consideration of fine electronic structure and phonon dispersion EcoTopia Science Institute, Nagoya Univ.1　○Tsunehiro Takeuchi1
5 Novel method for synthesis of metal silicides using a Na flux IMRAM Tohoku Univ.1　○Takahiro Yamada1
Break 15:15〜15:30
6 Valence Electron Concentration and Improvement of Thermoelectric Properties of Chimney-Ladder Silicides via Introduction of Hemi-coherent Interfaces Kyoto Univ.1, Kobe Univ.2　○Norihiko Okamoto1, Hiroki Adachi1, Kyosuke Kishida1, Katsushi Tanaka2, Haruyuki Inui1
7 Syntheses of Silicide Compounds via Powder Metallurgy Process and Their Thermoelectric Properties EcoTopia Science Inst., Nagoya Univ.1　○Takashi Itoh1
8 Reduction of thermal conductivity by solid solution of Mg2Si system thermoelectric semiconductor NIMS1　○Yukihiro Isoda1
9 Closing Talk of the Symposium Ibaraki Univ.1　○Haruhiko Udono1
Introduction of the LCGT project of Large-scale Cryogenic Gravitational wave Telescope
Mar. 24 13:30〜16:55
24p-KU - 1〜8
1 Introduction Univ of Tokyo　○Tatsuo Okano1
2 Outline of Large-scale cryogenic gravitational wave Telescope project ICRR, Univ. of Tokyo1　○Shinji Miyoki1
3 Optical configuration and control of an ultra-sensitive gravitational wave detector University of Tokyo1, LCGT Collaboration Universities and Institutes2　○Yoichi Aso1, Collaboration The LCGT2
4 Characteristics of Laser System Used in LCGT Univ. of Tokyo1　○Noriaki Ohmae1, Norikatsu Mio1
Break 15:10〜15:20
5 Vibration isolation system for mirrors. ICRR1, ERI2, NAOJ3, Caltech4, INFN5　○Ryutaro Takahashi1, Uchiyama Takashi1, Akiteru Takamori2, Hideharu Ishizaki3, Riccardo DeSalvo4, Ettore Majorana5, Takanori Sekiguchi1
6 Development of CLIO: cryogenic laser interferometric gravitational wave detector in Kamioka (30 min.) ICRR, the University of Tokyo1　○Takashi Uchiyama1
7 Production process of long and large-diameter tubes for the LCGT vacuum system KEK1, ICRR2　○Yoshio Saito1, Takahashi Ryutaro2
8 Closing Remarks Toshiba　○ Sugiyama1
Advanced Device and Processing Technologies for High-Quality Image Acquisition
Mar. 24 13:30〜17:30
24p-BH - 1〜8
1 Introductory Talk: Advanced Device and Processing Technologies for High-Quality Image Acquisition Osaka Electro-Communication Univ.1　○Akira Kimachi1
2 Shizuoka Univ.　○Shoji Kawahito1
3 Intelligent High-Frame-Rate Video Logger Hiroshima Univ.1　○Idaku Ishii1
4 New Ultra High-Speed Camera by Kaleidoscope Optics nac Image Technology1　○Shigetomo Mizuno1
Break 15:30〜15:45
5 Ultra low light imaging HAMAMATSU PHOTONICS K.K.1　○Fumio Iwase1
6 Combining Images HDR and Local Adaptive Tone Mapping Hokkaido Univ.1　○Masayuki Ikebe1, Sousuke Shimoyama1, Junichi Motohisa1
7 Fast and Robust Super-Resolution　(30 min.) Tokyoy Institute of Technology1　○Masayuki Tanaka1, Masatoshi Okutomi1
8 Closing talk Chiba University1　○Norimichi Tsumura1
Recent characterization technologies using synchrotron radiation for industrial application
Mar. 24 13:30〜17:35
24p-BE - 1〜8
1 Advanced analysis technique using synchrotron radiation for industrial applications Nara Institute of Science and Technology (NAIST)1　○Hiroshi Daimon1
2 Present status and industrial applications of the SR center in Ritsumeikan University SR center, Ritsumeikan Univ.1　○Toshiaki Ohta1
3 Industrial Applications using Synchrotron Radiation Based Advanced Characterization Techniques Nichia Corporation1　○Tomoaki Kawamura1
4 SR-XAFS Analysis of Electrode Materials for Li-ion Batteries Toyota Central R&D Labs., Inc.1　○Takamasa Nonaka1
Break 15:15〜15:35
5 Study of applied magnetic materials using soft x-ray magnetic circular dichroism JASRI/SPring-81　○Tetsuya Nakamura1
6 Quick and micro X-ray reflectometry: a new feasible probe for exploring surface and buried interfaces Nat'l Inst for Mater Science1　○Kenji Sakurai1
7 Applications of Hard X-ray Photoelectron Spectroscopy of Thin Films and Interfaces NIMS1　○Keisuke Kobayashi1
8 In-situ observation of the switching process of oxide resistance memory devices using hard X-ray photoemission spectroscopy Univ. of Tokyo1, NIMS2　○Shu Yamaguchi1, Takashi Tsuchiya1, Shogo Miyoshi1, Yoshiyuki Yamashita2, Hideki Yoshikawa2, Kazuya Terabe2, Keisuke Kobayashi2
Strongly-correlated oxide heterostructures - A new frontier of condensed mater physics
Mar. 24 13:30〜18:00
24p-BF - 1〜8
1 Strongly-correlated oxide heterostructures - A new frontier of condensed mater physics Univ. of Tokyo1, JST PRESTO2　○Hiroshi KUMIGASHIRA1,2
2 Quantum Hall effect in ZnO-based heterostructures with extremely high mobility two-dimensional electron gases Univ. Tokyo1, JST-PRESTO2　○Atsushi Tsukazaki1,2
3 High Mobility Electrons and Two-Dimensional Superconductivity in SrTiO3 Heterostructures IMR1, Univ. Tokyo2, Pusan Natl. Univ.3, Stanford Univ.4　○Yusuke Kozuka1, Minu Kim2, Christopher Bell2, Boggi Kim3, Yasuyuki Hikita2, Harold Hwang2,4
4 Metallic quantum well states in strongly correlated oxide thin films The Univ. of Tokyo1, JST-CREST2, UT-SRRO3, JST-PRESTO4, The Univ. of Tokyo5　○Kohei Yoshimatsu1, Koji Horiba1,2,3, Hiroshi Kumigashira1,3,4, Teppei Yoshida5, Atsushi Fujimori5, Masaharu Oshima1,2,3
Break 15:40〜15:50
5 Control of Spin/Electronic Domains with Strongly Correlated Electrons in Oxide Nano-heterostructures and Their Physical Properties Osaka Univ.1　○Teruo Kanki1, Hidekazu Tanaka1
6 Electric field induced superconductivity on an oxide surface WPI-AIMR,Tohoku Univ.1　○Kazunori Ueno1
7 Control of electronic phases in electrolyte-gated correlated electron oxides AIST1, CREST2　○Shutaro Asanuma1,2
8 Strongly-correlated oxide heterostructures - A new frontier of condensed mater physic Closing Remarks ISIR, Osaka Univ.1　○Hidekazu Tanaka1
"HIDEMITSU AOKI Memorial Symposium- The forefront of Solid-Ｌiquid interface phenomena - Hosted by Nano Interface Control Electrochemical (NICE),Japan Society of Applied Physics (JSAP)"
Mar. 25 9:00〜12:10
25a-KD - 1〜12
1 Wellcome and opening remarks Sony Corporation1　○Hayato Iwamoto1
2 Introduction Toshiba R&D1　○Hiroshi Tomita1
3 Electrochemical etching of Ru films RICOH COMPANY, LTD1　○Chiharu Kimura1
4 Wet ceaning technology with functionalized ultra pure water Organo1　○Koji Yamanaka1
5 Research on BEOL cleaning with Dr. Aoki Renesas Electronics1　○Hiroaki Tomimori1, Yoshiko Kasama1, Morimitsu Tanaka1
6 Conclusion Toshiba R&D1　○Hiroshi Tomita1
Break 10:10〜10:20
7 Damage-free mega sonic cleaning using dissolved gas in DI water (2) Renesas Electronics Corp.1, Kurita water industries LTD.2　○Itaru Kanno1, Hiroshi Morita2, Junichi Ida2
8 Photo resist stripping using e-Sulfuric Kurita Water Industries1　○Tatsuo Nagai1, Haruyoshi Yamakawa1, Toru Otsu1, Minoru Uchida1, Kazumi Tsukamoto1
9 The fluid analysis for a rotating single wafer cleaning process Toshiba R&D1, Shibaura Mecatoronics2　○Hiroshi Tomita1, Tsutomu Kikuchi2
10 Photo resist removal by steam-water mixed spray Shizuoka Univ.1, Kanazawa Inst. Tech.2　○Toshiyuki Sanada1, Takashi Mashiko1, Kentaro Hashimoto1, Hideo Horibe2
11 Report of NICE charge up WG activity DAINIPPON SCREEN MFG.CO.LTD1, Renesas Electronics Corp.2, ORGANO CORP.3, Osaka Univ4　○Masahiro Miyagi1, Morimitsu Tanaka2, Shunsuke Saitou2, Koji Yamanaka3, Masanobu Sato1, Hiroyuki Araki1, Hidemitsu Aoki4
12 Closing remarks Sony Corporation1, Toshiba R&D2　○Hayato Iwamoto1, Hiroshi Tomita2
Ｘ線・放射光による埋もれた界面の構造計測
Mar. 25 9:00〜16:50
25a-CA - 1〜5
1 Introductory Talk: Recent Development of X-ray Analysis of Planar Soft-interfaces Graduate School of Engineering, Utsunomiya Univ.1　○Ken-ichi Iimura1
2 Structure Analysis of Gibbs Adsorbed Films at Liquid/Liquid Interface by Synchrotron X-ray Reflection Kyushu University1　○Takanori Takiue1
3 Structural Analysis by X-ray reflectivity method for the Research on Thin Film/Si and Nanostructures/Si systems Fukuoka Univ.1　○Atsushi Kohno1
Break 10:40〜11:00
4 Tokyo Inst. of Tech.　○Makoto Harada1
5 Nagoya Univ.　○Yoshikazu Takeda1
Lunch 12:20〜13:30
25p-CA - 1〜5
1 Detection of ionic multilayers at the ionic liquid interface using x-ray reflectivity measurements Kyoto Univ.1　○Naoya Nishi1
2 Quantitative strain analysis of semiconductor surfaces and interfaces using extremely asymmetric X-ray diffraction Nagoya Univ.1　○Koichi Akimoto1
Break 14:50〜15:10
3 Formation Mechanism of Polyelectrolyte Brush at the Air/Water Interface by X-ray Reflectometry Kyoto Univ.1　○Hideki Matsuoka1
4 Microscopic Structure and Dynamics of Water at Solid/Liquid Interfaces: An Approach by Molecular Simulation Tohoku Univ.1　○Kazuto Akagi1
5 Metrology of buried interfaces by X-rays and synchrotron radiation: Towards future Nat'l Inst for Mater Science1　○Kenji Sakurai1
International Collaboration in Nanoelectronics Research
Mar. 25 9:30〜12:45
25a-KA - 1〜8
1 International Communication and Cooperation for Nanoelectronics Researches - Introductory Talk - AIST-NIRC1　○Hiro Akinaga1
2 Overview of Nanoelectronics Research Dept. Physical Electronics1　○Ken Uchida1
3 Activities for International Collaboration in Nanoelectronics Research IIS, Univesity of Tokyo1　○Toshiro Hiramoto1
4 Carbon Nanotubes for VLSI: Interconnect and Transistor Applications Keio Univ.1, MIRAI-Selete2, Fujitsu Laboratories Ltd.3, Toshiba Corporation4, Nagoya Univ.5　○Yuji Awano1,2, Shintaro Sato2,3, Mizuhisa Nihei2,3, Tadashi Sakai2,4, Yutaka Ohno5, Takashi Mizutani5
Break 11:05〜11:20
5 The frontiers of nanoelectronics research II Development of atom movement controlled transistor NIMS1　○Tsuyoshi Hasegawa1
6 Cutting edge of Nanoelectronics Research III Development of Nonvolatile resistive random access memory (ReRAM) AIST-NIRC1　○Hisashi Shima1
7 Spin-transistor electronics for low-power integrated circuits based on nonvolatile logic ISEL, Tokyo Tech.1, CREST, JST2　○Satoshi Sugahara1,2
8 How can we globally collaborate in nano-electronics R&D ? Panasonic1　○Mototsugu Ogura1
Frontier and New Prospects in Optical Science
Mar. 25 9:30〜16:35
25a-BX - 1〜6
1 Quantum Optics -State and Perspective- RIEC, Tohoku University1　○Keiichi Edamatsu1
2 Two-photon excitation by quantum-correlated photons JST PRESTO1, Osaka Univ.2　○Hisaki Oka1,2
3 Nonlinear optical response by a multi-photon wavepacket Univ. of Electro-communications1, PRESTO-JST2　○Ryosuke Shimizu1,2
Break 10:50〜11:05
4 Macroscopic quantum measurement using techniques for gravitational wave detection ICRR, Univ. of Tokyo1　○Shinji Miyoki1
5 Toward the implementation of quantum-dot-based optical/quantum memory Keio Univ.1, PRESTO-JST2, NICT3　○Junko Hayase1,2,3
6 Control of Light Emission Properties by Photonic Nanostructures and Its Applications IIS/NanoQuine, Univ. of Tokyo1　○Satoshi Iwamoto1, Yasuhiko Arakawa1
Lunch 12:35〜14:00
25p-BX - 1〜6
1 Light Manipulation and Development of optical devices with metallic structures Shinshu Univ.1　○Fumiaki Miyamaru1
2 Resonant interactions of light with metallic nanostructures PSC, Univ. Tokyo1　○Hiroharu Tamaru1
3 Control of nanodynamics and optical functions by light-induced force and fluctuations N2RC Osaka Pref. Univ.1, PRESTO-JST2　○Takuya Iida1,2
Break 15:30〜15:45
4 Developing Our Future with Photon Science GPI1　○Yoshiaki Kato1
5 Request of young researchers in optical science Osaka Univ.1, JST2　○Masaya Nagai1,2
6 Closing Remarks JST　○Hiromasa Ito1
Progress and challenges of fabrication process for CIGS solar cell
Mar. 25 10:00〜16:50
25a-BN - 1〜4
1 Introductory University of Miyazaki1　○Kenji Yoshino1
2 Development of CIS solar cells: from vacuum process to non-vacuum process Ryukoku Uviv.1　○Takahiro Wada1
3 Overview of Evaporation-Based Fabrication Process for Cu(InGa)Se2 Thin-Film Solar Cells Tokyo Tech1, Tokyo Tech PVREC2　○Akira Yamada1, 2
4 Growth and Characterization of High-Quality CIGS Absorbers for Photovoltaic Applications（30min.） 　○Shigeru Niki1, S. Ishizuka1, H. Komaki, S. Furue1, H. Shibata1, K. Matsubara1, A. Yamada, T. Ohdaira1, R. Suzuki1, S. Ishibashi1, N. Terada2, T. Sakurai3, K. Akimoto3
Lunch 11:50〜13:30
25p-BN - 1〜7
1 Selenization growth of CIGS thin films Tokyo Univ. of Science1, Tohoku Univ.2　○Mutsumi Sugiyama1, Shigefusa Chichibu2
2 Development of Rare Metal-free CZTS-based Thin Film Solar Cells Nagaoka Nat. College of Tech.1, JST, CREST2　○Hironori Katagiri1,2, Kazuo Jimbo1
3 Why is the buffer layer necessary? (The role of the buffer layer) Aoyama Gakuin University1　○Tokio Nakada1
Break 15:00〜15:15
4 Hetero interface controls in CuInSe2 related compound thin film solar cells Ritsumeikan Univ.1　○Takashi Minemoto1
5 Superstrate-type CIS Solar Cells Panasonic Electric Works1　○Takayuki Negami1
6 Manufacturing of CIS-based Thin-film PV in Solar Frontier K.K. Showa Shell Sekiyu K.K.1　○Katsumi Kushiya1
7 Closing Remarks -Developments and Challenges of Preparation Processes of CIGS Solar Cells- Fac. of Engineering, Niigata Univ.1, Cen. for Transdisciplinary Res., Niigata Univ.2　○Nozomu Tsuboi1,2
Science and utilization on shock phenomena,projected by the research group on shock phenomena and their application
Mar. 25 12:50〜17:15
25p-KU - 1〜11
1 Introductory Talk: Science and Utilization on Shock Phenomena, Projected by the Research Group on Shock Phenomena and Their Application National Defense Academy1　○Hitoshi Matsumoto1
▲ 2 Sub-nanosecond Time-resolved X-ray Diffraction from Laser-shocked 3Y-TZP Ceramics Tokyo Tech.1, Tokyo Univ.2, JAXA3, KEK4　○Jianbo Hu1, Kouhei Ichiyanagi2, Hiroshi Takahashi1, Hiroaki Koguchi1, Nobuaki Kawai3, Shin-ichi Adachi4, Kazutaka Nakamura1
3 Experiment of two-dimensional Nuemann jet formation Nagoya Univ.1　○Akihiro Sasoh1, Kakuei Suzuki1
4 Preparation of Silver Nanoplates by Pulsed Wire Discharge Nagaoka Univ. Tech., Extreme Energy-Density Research Inst.1, Nagaoka Univ. Tech., Analysis and Instrumentation Center2　○Hisayuki Suematsu1, Y. M. Izuari1, Satoru Ishihara1, Tsuneo Suzuki1, Tadachika Nakayama1, Koichi Niihara1, Hiroshi Matsubara2
5 Inactivation of Zooplankton by Shock formed with Pulsed Power Niigata Inst. Technol.1　○Go Imada1, Kohei Sato1, Shinichi Sakai1, Masayuki Onda1
6 Release process from the Hugoniot state measured by VISAR Hiroshima Univ．1　○Toshimori Sekine1
Break 15:00〜15:10
7 Impact property evaluation of soft tissue for risk assessment of welfare instrument N.C.G.G.1　○Yasumi Ito1
8 爆発荷重を受けるライナープレートの耐爆性評価について Technical Research & Development Inst.1　Tomohiro Ando1, Hideaki Kobayashi1, Tomohiro Yanai1, Masami Sugiyama1, ○Katsuhiko Muro1
9 Characterizations of shocked Bi-Pb-Sr-Ca-Cu-O (BPSCCO) superconducting particles including Seed crystals. Tokyo Univ. of Technology1, Kanazawa Inst. of Technology2, National Defense Academy3, NIMS4　○Masatoshi Kioka1, Yuta Nakagawa1, Hiroshi Keduka1, Kazuhiro Endo2, Hitoshi Matumoto3, Hiroki Kishimura3, syunichi Arisawa4
10 Recovery of metastable materials induced by shock compression MSL, Tokyo Tech.1, IGSSE, Tokyo Tech.2　○Toshiyuki Atou1, Ryo Atarashi2, Shigeta Goto2
11 Application of Laser Peening to Low-pressure Turbine Blades Toshiba1　○Yuji Sano1, Itaru Chida1
Recent progress on large-capacity optical-fiber transmission and related technologies- Is 100 Tbit/s transmission possible? -
Mar. 25 13:00〜17:00
25p-KB - 1〜7
1 Digital Coherent Optical Fiber Communications Univ. of Tokyo1　○Kazuro Kikuchi1
2 Ultra-high-capacity transmission based on Digital Signal Processing NTT Network Innovation Laboraotories1　○Yutaka Miyamoto1
3 High spectral efficiency transmission using optical OFDM KDDI R&D Labs.1　○Itsuro Morita1, Hidenori Takahashi1
Break 14:45〜15:00
4 Ultrafast and Multi-level Optical Modulation Devices NICT1　○Atsushi Kanno1, Takahide Sakamoto1, Isao Morohashi1, Tetsuya Kawanishi1
5 Signal Processing Technology for Optical Transmission Systems Mitsubishi Electric Corp.1　○Takashi Sugihara1, Takashi Mizuochi1
6 The latest technology of transmission optical fibers Furukawa1　○Takeshi Yagi1
7 Optical modulators and receiver frontends using silica-based PLC integration technologies for digital coherent optical communication NTT1　○Takashi Saida1
Frontiers of two-dimensional radiation detectors
Mar. 25 13:00〜17:00
25p-EA - 1〜7
1 introductory talk: Frontiers of two-dimensional radiation detectors Waseda Univ.1　○Jun Kataoka1
2 Recent Advances of a radiation detector Using micro-pattern gas detectors. Hamamatsu Photonics1, Tokyo Metropolitan University2, Yamagata University3　○Hiroyuki Sugiyama1, Takayuki Sumiyoshi2, Fuyuki Tokanai3, Syuichi Gunji3, Takahisa Sakurai3
3 Space Application of X-Ray Micro-Calorimeter Array Tokyo Metro. Univ.1, ISAS/JAXA2, ARD/JAXA3, Kanazawa Univ.4, Tsukuba Univ.5, Saitama Univ.6, Rikkyo Univ.7, RIKEN8, Nara Women's Univ.9, NASA/GSFC10, Wisconsin Univ.11, Yale Univ.12, SRON13, Geneva Univ.14　○Yoshitaka Ishisaki1, Kazuhisa Mitsuda2, Hiroyuki Sugita3, Ryuichi Fujimoto4, Masahide Murakami5, Makoto Tashiro6, Shunji Kitamoto7, Toru Tamagawa8, Naomi Ota9, R.L. Kelley10, Noriko Yamasaki2, Yoh Takei2, Masahiro Tsujimoto2, Mina Ogawa2, Yoichi Sato3, Keisuke Shinozaki3, Atsushi Okamoto3, Akio Hoshino4, Takaya Ohashi1, Yuichiro Ezoe1, Yukikatsu Terada6, Hiroshi Murakami7, Hiroya Yamaguchi8, C.A. Kilbourne10, G.V. Brown10, F.S. Porter10, G.A. Sneiderman10, K.R. Boyce10, M.J. DiPirro10, P.J. Shirron10, K.C. Gentreau10, D. McCammon11, A. Szymkowiak12, J.-W. den-Herder13, C. de-Vries13, E. Costantini13, S. Paltani14, M. Pohl14
4 Development of a Si/CdTe Compton Camera for Medical and Biological Application Takasaki Inst., JAEA1, Quantum Dir., JAER2, ISAS, JAXA3, Univ. of Tokyo4, Sohken Univ.5, GHMC, Gunma Univ.6, Fac. of Med. ,Gunma Univ.7　○Mitsutaka Yamaguchi1,3, Naoki Kawachi2, Nobuo Suzui2, Shu Fujimaki2, Tomihiro Kamiya1, Hirokazu Odaka3,4, Shin-nosuke Ishikawa3,4, Motohide Kokubun3,5, Shin Watanabe3,4, Tadayuki Takahashi3,4, Hirofumi Shimada6, Kazuo Arakawa6, Kota Torikai6, Yukari Yoshida6, Yoshiyuki Suzuki7, Takashi Nakano6,7
Break 14:55〜15:15
5 A Flat-Panel Detector for Radiography and Fluoroscopy Shimadzu.Co1　○Toshiyuki Sato1, Toshinori Yoshimuta1, Hiroyuki Kishihara1
6 Pixel Detectors for Next Generation Scintillation PET Detectors NIRS1　○Fumihiko Nishikido1
7 SOI Sensor Technology: X-ray Free-electron Laser to Medical Applications RIKEN1, OKI Semiconductor2　○Takaki Hatsui1, Tomohiko Tatsumi1, Ikuo Kurachi2
Current status and future prospects of graphene epitaxy
Mar. 25 13:00〜17:00
25p-BM - 1〜8
1 Introductory Talk: Present status and future prospect of epitaxial graphene technology Hokkaido Univ.1　○Kanji Yoh1
2 Epitaxial growth and characterization of single layer graphene on SiC Hokkaido Univ.1　○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 vicinal SiC surfaces Kyushu Univ.1, Univ. Tokyo2　○Satoru Tanaka1, Naoya Uehara1, Yusuke Kurisu1, Kohhei Morita1, Tsuguo Yoshimura2, Kan Nakatsuji2, Fumio Komori2
Break 14:45〜15:00
5 Large-Area Synthesis of Graphene by Chemical Vapor Deposition and　its Application to Electronic Devices GNC, AIST1, Fujitsu Labs2　○Shintaro Sato1,2, Kenjiro Hayashi1,2, Daiyu Kondo1,2, Katsunori Yagi1, Ayaka Yamada1, Naoki Harada1,2, Naoki Yokoyama1,2
6 Epitaxial CVD growth of single-layer graphene Kyushu Univ.1, PRESTO-JST2　○Hiroki Ago1,2
7 Fabrication of graphene films by Chemical Vapor Deposition for transparent conductive films. Fuji Electric Holdings Co., Ltd.,1　○Takeshi Fujii1, Mariko Sato1, Yoshiyuki Yonezawa1, Nobuyuki Takahashi1, Yukimi Ichikawa1
8 Understanding and controlling the graphene/substrate interaction Univ. of Tokyo1　○Kosuke Nagashio1, Akira Toriumi1
Gravity Application Research
Mar. 25 13:00〜17:05
25p-KM - 1〜10
1 Introductory talk; Gravity application research group Kyushu Univ.1　○Kunihito Nagayama1
2 Extreme gravity field achieved by shock wave particle acceleration Hiroshima Univ.1　○Toshimori Sekine1
3 Isotopic fractionation of a solid tin under a ultra-strong centrifugal force field Japan Atomic Energy Agency1, Kumamoto Univ.2　○Takahito Osawa1, Masao Ono1, Fumitaka Esaka1, Satoru Okayasu1, Tsutomu Mashimo2
4 Variation of Lattice Vibration of Ionic Crystal under Strong Gravitational Field:MD Simulation Toyama Prefectural Univ.1, Tokyo Inst. Tech.2, Kumamoto Univ.3　○Takahiro Kinoshita1, Takashi Kawakami1, Katsuyuki Kawamura2, Tsutomu Mashimo3
5 Change of compound crystal under strong gravitational field Kumamoto University1　○Tsutomu Mashimo1
Break 14:45〜15:00
6 Hiroshima Univ.　○Hiroyuki Suzuki1
7 Development of Peltier current lead for superconducting direct current transmission and distribution systems CASER, Chubu Univ.1　○Toshio Kawahara1, Satarou Yamaguchi1
8 Improvement of thermoelectronic properties by high oriented crystal structures synthesized in short-duration microgravity condition AIST1　○Mikito Mamiya1, Hideaki Nagai1
9 Effect of Gravity on the Growth of Alloy Semiconductors RIE Shizuoka Univ.1, Osaka Univ.2, Shizuoka Institute of Science and Technol.3, JAXA4　○Yasuhiro Hayakawa1, Arivanandhan Mukannan1, Rajesh Govindasamy1, Tadanobu Koyama1, Yoshimi Momose1, Hisashi Morii1, Toru Aoki1, Natsuki Suzuki1, Akira Tanaka1, Yasunori Okano2, Tetsuo Ozawa3, Yuku Inatomi4
10 JAXA　○Shin-ichi Yoda1
Frontiers in the study of biological responses to electromagnetic fields　- from visual sensation to cellular and molecular levels-
Mar. 25 13:00〜17:10
25p-BR - 1〜10
1 Frontiers in the study of biological responses to electromagnetic fields; introductory talk Chiba Univ.1　○Masakazu Iwasaka1
2 Recent studies on visual illusions. Chiba Univ.1　○Makoto Ichikawa1
3 Reviews on hypersensitivity to electromagnetic fields emitted from the mobile phones and the base stations Nat. Inst. of Public Health1　○Akira Ushiyama1
4 Perception of magnetophosphenes by ELF magnetic fields exposure National Institute of Information and Communications Technology1, Tokyo Metropolitan University2　○Kanako Wake1, Masao Taki1,2
5 Microwave Hearing Effect and Safety Guidelines for Electromagnetic Field Exposure Tokyo Metropilitan Univ.1　○Masao Taki1
Break 14:45〜15:00
6 Biological effects of magnetic feilds on cultured cells Kyoto University1　○Tomonori Sakurai1, Junji Miyakoshi1
7 Possible Relationship of Biological Effects of Magnetic Fields and DNA Repair Ability Railway Technical Research Institute1　○Masateru Ikehata1
8 Morphological Change of Hybrid Giant Vesicle Induced by External Stimuli Univ. of Tokyo1　○Taro Toyota1
9 Self-organized order in living cells Chiba Univ.1　○Tatsunari Sakurai1
10 Discussion 　
Lead-free piezoelectric materials; technical survey and their applications
Mar. 25 13:00〜17:20
25p-KD - 1〜9
1 Introductory Talk Hitachi CRL1　○Yoshihisa Fujisaki1
2 Current Developments and Prospective of Lead-free Piezoelectric Ceramics Tokyo Univ. of Science1　○Tadashi TAKENAKA1, Hajime NAGATA1
3 Fabrication of niobate lead-free piezoelectric ceramics and that of their thin films by PLD Ryukoku Univ.1　○Takahiro Wada1, Seiji Yamazoe1
4 Study of Ni Inner Electrode Lead-free Piezoelectric Ceramics Murata Mfg. Co., Ltd.1　○Masahiko Kimura1, Shinichiro Kawada1, Takehiro Konoike1, Hiroshi Takagi1
Break 14:40〜15:00
5 Development on lead-free piezoelectric (K,Na)NbO3 films deposited by sputtering Hitachi Cable, Ltd1　○Kenji Shibata1, Kazufumi Suenaga1, Kazutoshi Watanabe1, Akira Nomoto1, Fumimasa Horikiri1, Tomoyoshi Mishima1
6 Functional ultrasonic transducers using polyurea piezoelectric film Tokyo Inst. of Tech.1　○Kentaro Nakamura1
7 Investigation of miniature ultrasonic motor using lead-free piezoelectric ceramics Taiyo Yuden1　○Yutaka Doshida1, Hiroyuki Shimizu1, Youichi Mizuno1
8 Practical Application and Problem of Lead-Free Piezoelectric Ceramics Honda Electronics1　○Tonshaku Tou1, Yuki Hamaguti1, Yuichi Maida1, Haruo Yamamori1
9 Closing talk Shonan Inst. Tech.1　○Hiroshi Maiwa1
Career design through activities in academic society -- Chance to find friends, new research topic and jumping chance
Mar. 25 13:00〜17:20
25p-KL - 1〜7
1 Optical Metrology using Ultrashort Optical Pulses AIST1　○Kaoru Minoshima1
2 Introduction Univ. of Electro-Commun.1　○Jun Nakamura1
3 Graduate School Education in the Globalization (tentative title) MEXT1　○Akio Fujiwara1
4 Professional Nurturing for Tomorrow in Academia, University, Industry, and Society Tokyo Inst. of Tech.1　○Kenichi Iga1
5 Message to young researchers from the President of JSAP JSAP1　○Yasuhiro Shiraki1
Break 14:55〜15:10
6 Panel Discussion, "Career design through activities in academic society" NTT1, Toshiba2, Tokyo Inst. Technology3, Univ. Electro-Communications4, Tokyo Inst. Technology5, Tokyo Metropolitan Univ.6　Hiromi Oohashi1, Nobuhiro Genma2, Mutsuko Hatano3, Rei Furukawa4, Yutaka Hoshina5, Tsugunori Okumura6
7 Summary Japan Women's Univ.　○Kashiko Kodate1
New Forms of Renewable Energy and Energy Networking　- Role of Applied Physics in Exploring　Novel Possibilities -
Mar. 25 13:00〜17:25
25p-BT - 1〜9
1 Introductory Talk : New Forms of Renewable Energy and Energy Networking - Role of Applied Physics in Exploring Novel Possibilities - NEC1　○Koji Kudo1
2 New Energy Technology and "Smart Community" AIST1　○Yoshiro Owadano1
3 Advanced Energy Network for Smart Community NTT Energy and Environment System Laboratories1　○Morito Matsuoka1
4 Perspectives and issues of photovoltaic devices and systems AIST1　○Koji Matsubara1
Break 14:40〜14:55
5 Univ. of Tokyo　○Yoshiaki Nakano1
6 A Trend　and Future of Rechargeable　Battery for Electric Vehicles Automotive Energy Supply Corp.1　○Kazuaki Utsumi1
7 Fuel Cells: Problems and Prospects Grad. Sch. of Eng'g., Osaka University1　○Hideaki Kasai1, Wilson Dino1
8 Development of Sensors and Magnetic Devices for Carbon Reduction ALPS GREEN DEVICES Co., Ltd.1　○Masahiro Iizuka1
9 The future and potential of Smart Grid Nikkei Business Publications1　○kenji kaneko1
Ultralow-power devices and its interaction with circuits and applications
Mar. 25 13:00〜17:50
25p-KC - 1〜11
1 Introductory Talk: Ultralow-Power Devices and Its Interaction with Circuits and Applications IIS, University of Tokyo1　○Toshiro Hiramoto1
2 Emerging Market and Technology Status of Ultra Low Power Si Device's Kanazawa Institute of Technolgy1　○Jiro Ida1
3 Requirements for healthcare devices and implantable LSIs NAIST1, JST-CREST2　○Jun Ohta1,2
4 Energy Harvesting via Radio Waves and Sensor Network Kyoto University1　○Naoki Shinohara1
5 Ultra Low Power Circuit Design with Extremely Low Voltage Operation Univ. of Tokyo1　○Makoto Takamiya1, Tadashi Yasufuku1, Hiroshi Fuketa1, Koichi Ishida1, Takayasu Sakurai1
6   Hiroshima Univ.1　○Shuhei Amakawa1, Masataka Miyake1, Hideyuki Kikuchihara1, Mitiko Miura-Mattausch1
Break 15:30〜15:45
7 Obstructive Factors and Device Physics for Ultra-Low Voltage CMOS Operation MIARI-Selete1　○Shigetaka Kumashiro1
8 Ultra Low-Power New Paradigm VLSI:Prospects of Nonvolatile Logic Circuit Technology Tohoku Univ.,CSIS1, Tohoku Univ.,RIEC2　○Daisuke Suzuki1, Takahiro Hanyu2
9 Platform based on BEOL Devices for Ultra-Low Power Systems LEAP1　○Toshihiro Sugii1, Norikatsu Takaura1, Hiromitsu Hada1, Tadasi Sakai1, Nobuyuki Sugii1, Shin'ichiro Kimura1, Naotaka Sumihiro1
10 Future Prospects of the Steep Slope Field-effect Transistors GNC, AIST1　○Hiroyuki OTA1, Takahiro Mori1, Tetsuji Yasuda1, Akihito Tanabe1, Kouichi Fukuda1, Shinji Migita1, Shinichi O’uchi1, Meishoku Masahara1
11 Roles of LEAP and Open Innovation Low-power Electronics Association & Project (LEAP)1　○Naotaka Sumihiro1, Toshihiro Sugii1, Norikatsu Takaura1, Hiromitsu Hada1, Tadashi Sakai1, Nobuyuki Sugii1, Shin'ichiro Kimura1
Opening up a new world of crystalline silicon for PVs
Mar. 25 13:00〜17:50
25p-BK - 1〜11
1 Introductory talk Toyota Technological Institute1　○Yoshio Ohshita1
2 Analysis of Silicon Raw Materials for the Cristalline Silicon PV Systems Japan Solar Silicon Co.,Ltd1　○Shuichi Ohkubo1
3 Challenges for high-quality mono-crystal growth by casting process National Institute for Materials Science1　○Hirofumi Harada1, Yoshiji Miyamura1, Kentaro Watanabe1, Takashi Sekiguchi1
4 Toward realization of high-quality mulitcrystalline Si ingot IMR, Tohoku Univ.1, Kyoto Univ.2　○Noritaka Usami1, Kohei Morishita2, Kentaro Kutsukake1, Kazuo Nakajima2
5 Control of concentrations of light elements in mc-Si for PVs RIAM, Kyushu Univ.1　○Koichi Kakimoto1, Bing Gao1, Satoshi Nakano1, Yoshihiro Kangawa1
Break 14:55〜15:10
▲ 6 Improved mc-Si ingots crystal quality for high efficiency solar cells CEA/INES-RDI1　○Anis Jouini1
7 Recycling of Silicon Powder Retrieved from Diamond Wire Slicing Kerf Tokyo University of Agriculture and Technology1, 2Japan Fine Steel Co., LTD2　○Marwan Dhamrin1, Koichi Kamisako1, Tadashi Saitoh1, Toshinori Mori2, Naohisa Iwamoto2
8 Mechanical Machining of Silicon Crystals Tohoku University1　○Jiwang Yan1
9 Photoluminescence Characterization of Dislocations, Oxygen precipitates and Compensating Impurities in Solar-Cell Si Crystals ISAS/JAXA1　○Michio Tajima1, Takaaki Iwai1, Yasuaki Iwata1, Futoshi Okayama1, Kenji Komatsu1, Hiroyuki Toyota1
10 TSL　○Seiichi Suzuki1
11 KYOCERA　○Muneyoshi Yamatani1
Stochastic entrainment phenomena on electronic materials, devices, and systems
Mar. 25 13:00〜17:55
25p-BG - 1〜10
1 Introductory talk: Development of electronic materials, devices, and systems based on stochastic processes ISIR, Osaka Univ.1　○Takuya Matsumoto1
2 Stochastic Resonance with Multi-Channels using the Giant Metal-Insulator Transition in Transition Metal Oxides Osaka Univ.1, RIKEN2, Gunma Univ.3　○Teruo Kanki1, Yasushi Hotta2, Naoki Asakawa3, Tomoji Kawai1, Hidekazu Tanaka1
3 Devices using huge molecular network exhibiting stochastic amplification ISIR, Osaka Univ.1　○Takuya Matsumoto1
4 Enhancement of Weak-Signal Response Based on Stochastic Resonance in Carbon Nanotube Transistors ISIR, Osaka Univ.1　○Kenzo Maehashi1, Yasufumi Hakamata1, Yasuhide Ohno1, Koichi Inoue1, Kazuhiko Matsumoto1
5 Semiconductor Nanodevice Technology for Application of Stochastic Resonance to Electronics IST, Hokkaido Univ.1, RCIQE, Hokkaido Univ.2, PRESTO, JST3　○Seiya Kasai1,2,3
Break 15:10〜15:25
6 Noise-induced Phenomena in Non-equilibrium Open systems Kyushu University1　○Shoichi Kai1
7 Stochastic and Chaotic Resonance in Electronic Circuit Systems Hokkaido Univ.1　○Tetsuya Asai1
8 Single-electron stochastic resonance NTT Basic Research Labs.1　○Katsuhiko Nishiguchi1, Akira Fujiwara1
9 Nanodevices for Brain-like Information Processing Circuits Utilizing Noise Kyushu Inst.1, Tohoku Univ.2　○Takashi Morie1, Haichao Liang1, Yilai Sun1, Makoto Igarashi2, Chi-Hsien Huang2, Seiji Samukawa2
10 Stochastic Resonance in Novel Single-Electron Information-Processing Systems Yokohama National Univ.1　○Takahide Oya1
How do you educate interest of physics to students?‐Mainly the lecture of the environment and energy‐
Mar. 25 13:30〜17:15
25p-EB - 1〜8
1 Introductory talk：How do you educate interest of physics to students?　 ‐Mainly the lecture of the environment and energy‐ Japan Women’s Univ.1, Tokyo Univ. of Sci.2, Teikyo Univ.3　○Kayo Ogawa1, Shizutoshi Ando2, Toshiharu Mitsui3
2 Practices on environmental and energy fields in a class of junior high-school - Coorporation with industriess - Kamishihi　junior high school1, Lid.Nuclear power safty sysytem laboratory2, Fukui University3　○Masaru kokaji1, Takasi Hasiba2, Kyouko Ishii3
3 Energy Environment Education for the Future Tokyo University of Science1　○Yasufumi Kawamura1
4 Trial Experiment and Making of Teaching Materials Using a Solar Cell, Windmill and Fuel Cell Kyushu Kyoritsu Univ.1　○Shizuo Yamaguchi1
Break 15:05〜15:15
5 Aspirations for the future of hybrid hydrogen and solar powered vehicles Tamagawa Univ. Col. of Eng.1, Tamagawa Univ. Solar Challenge Project2　○Hiroyuki Obara1,2
6 Teacher Support Programs with the Handmade Eco-energy Teaching Materials Aichi Inst. of Tech.1　○Hiroyuki Nakano1
7 A Teaching Certificate Renewal Course on Energy and Thermodynamics - Learning the Relation between Thermodynamics and Daily Life Through Experiments Umiv. Fukui1　○Nobu Kuzuu1
8 Practices of internatioal environmental cooperation by east asian students Tokai Univercity1　○Mutsumi Suzuki1, Reina Shinozaki1, Kazuyo Takahashi1
Integration of diverse functionalities：challenges and opportunities in integrating MEMS and LSI
Mar. 25 13:30〜17:45
25p-BV - 1〜8
1 Introductory Talk -Heterogeneous Integration of MEMS on CMOS- Tokyo Tech1　○Kazuya Masu1
2 CMOS-embedded RF-MEMS Tunable Capacitor and Future Prospects for Cellular Phones after Long-Term Evolution(LTE) Toshiba R&D Center.1　○Hideki Shibata1
3 CMOS-MEMS technology and application to sensor devices Hitachi CRL.1　○Yasushi Goto1
Break 15:00〜15:15
4 Prospect for Three-Dimensional Integration (3DI) Technology The Univ. of Tokyo1　○Takayuki Ohba1
▲ 5 Integration of MEMS in existing IC lines: Toward Sensor and Microelectronics-system Integration for Life Enhancement National Chiao Tung Univ.1　○Kuei-Ann Wen1
6 Integrated MEMS and VLSI 大学院工学系研究科電気系工学専攻1　○Ken Takeuchi1
7 MEMS Analysis in Spice Simulation Environment University of Tokyo1　○Hiroshi Toshiyoshi1
8 Discussion Renesas Electronics Corporation1, Univ. of Tokyo2　○Kenji Furusawa1, Hiroshi Toshiyoshi2
Plasma Electronics Symposium:Plasma Technology for Creating the Future -Future Perspective of Plasma Process Technology through Plasma Map-
Mar. 25 13:30〜17:55
25p-BS - 1〜9
1 Introductory Talk : Future Perspective of Plasma Process Technology through Plasma Map Tohoku Univ.1　○Kazuaki Kurihara1, Toshiro Kaneko2
2 Si material processing technology based on plasma enhanced chemical transport near atmospheric pressure Osaka Univ.1, JST-CREST2　○Hiromasa Ohmi1,2
3 Gas-barrier Improvement and Sterilization of PET Bottles by Plasma-based Ion Implantation Kanazawa Inst. of Technol.1　○Noriyuki Sakudo1
4 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
Break 15:10〜15:25
5 Ultrarapid Thermal Annealing Using Atmospheric-Pressure Plasma Jet and Its Application to Semiconductor Device Fabrication Hiroshima Univ.1　○Seiichiro Higashi1
6 Development of Saw Wire with Highly Performance for Cutting of Silicon Rod by Using Plasma Technplogy - Wet to Dry Process- Nagasaki Univ.1, Ｊａｐａｎ Ｆｉｎｅ Ｓｔｅｅｌ Co.2　○Hiroshi Fujiyama1, Kenji Tatsuishi1, Yusuke Kobayashi1, Naoshi Matsuo1, Masanori Shinohara1, Naohisa Iwamoto2, Shin-ichiro Nishiyama2
7 The Path Ahead : Light Source Plasmas Ehime Univ.1　○Masafumi Jinno1
8 Plasma Sterilization and Medicine Shizuoka Univ.1, Shizuoka Univ.2　○Masaaki Nagatsu1,2, Ying Zhao1, Teguh Saraswati1, Akira Tsukasaki2, Akihisa Ogino1,2
9 World Tide and Proposal to Strategy of Japanese Plasma Science and Technology Nagoya Univ.1　○Masaru Hori1
Frontier of polarization-reversal research at 50th anniversary of nonlinear optics
Mar. 25 13:30〜18:00
25p-BF - 1〜10
1 Introductory 　○Sunao Kurimura1
2 Latest Topics of Fine Domain Inversion Techniques RIE Shizuoka Univ.1, CIR Tohoku Univ.2　○Makoto Minakata1, Haruyuki Awano1, Tetsuo Taniuchi2
3 Light-induced absorption in ferroelectric materials with eliminated antisite defects Tokyo Univ. of A&T1　○Satoshi Ashihara1, Satoshi Enomoto1
4 Wavelength conversion devices based on compound semiconductor waveguides Univ. of Tokyo1　○Tomonori Matsushita1, Takashi Kondo1
5 Periodically Poled Wavelength conversion devices for optical communication OKI1　○Tadashi Kishimoto1, Shin Arahira1, Koji Nakamura1, Hiroki Yaegashi1, Hideaki Okayama1
Break 15:40〜15:50
6 Application of Periodically Poled Crystals to Quantum Optics Nihon Univ.1, NIMS2　○Naoto Namekata1, Sunao Kurimura2, Shuichiro Inoue1
7 High-Power Visible Light Generation Using a Periodically-Poled Device Univ. of Tokyo1, NIMS2　○Noriaki Ohmae1, Norikatsu Mio1, Sunao Kurimura2
8 Progress of periodically-poled materials for higher power UV generation OXIDE Corp.1　○Junji Hirohashi1, Tatsuo Fukui1, Makoto Matsukura1, Yasunori Furukawa1
9 UV micro-laser for MALDI using periodically poled device Shimadzu Corp.1, Inst. for Molecular Science2　○Koji Tojo1, Kazuma Watanabe1, Naoya Ishigaki1, Akiyuki Kadoya1, Katsuhiko Tokuda1, Yutaka Ido1, Takunori Taira2
10 Wavelength converters in VUV region based on reversal polarity quartz NIMS1, NIDEK2, NIKON3　○Muneyuki Adachi1,2, Masaki Harada1,3, Tsuyoshi Yamada2, Tokio Ueno2, Ken-ichi Muramatsu3, Motoi Ueda3, Sunao Kurimura1
Raman microscopy opening up new science and technology
Mar. 26 10:00〜16:00
26a-BQ - 1〜4
1 Introductroy: Raman microscopy opening up new science and technology Osaka Univ.1　○Katsumasa Fujita1
2 Direct visualization of cellular functions by Raman microscopy Osaka Univ.1　○Katsumasa Fujita1
3 Pathological Analysis of Living Tissues by Raman Microscopy Kyoto Pref. Univ. of Medicine1　○Tetsuro Takamatsu1, Yoshinori Harada1
4 Realtime imaging by nonlinear Raman microscopy Osaka Univ.1　○Mamoru Hashimoto1
Lunch 11:40〜13:00
26p-BQ - 1〜6
1 Nanobaio Imaging by Surfac-Enhanced Raman Scattering Kwansei Gakuin Univ.1　○Yukihiro Ozaki1
2 Raman Microscopy Imaging of Graphene Natl. Inst. Mat. Sci.1　○Daisuke Fujita1, Mingsheng Xu1, Jianhua Gao1
3 Raman Spectroscopic Imaging of Low Temperature Polycrystalline Silicon Thin Film NAIST1, CREST2　○Yukiharu Uraoka1,2, Yosuke Tojo1,2, Yasuaki Ishikawa1,2, Ichiro Yamashita1,2
Break 14:30〜14:45
4 Recent progress in near-field Raman and nonlinear nanoscopy RIKEN1, CREST-JST2　○Norihiko Hayazawa1,2
5 What TERS can do but not SERS Osaka Univ.1, RIKEN2　○Satoshi Kawata1,2
6 Summary Osaka Univ.1　○Katsumasa Fujita1
Progress in Polarization technology for Lightwave Sensing Technology
Mar. 26 13:00〜16:55
26p-BJ - 1〜8
1 Introductory talk : Development of polarization technology for lightwave sensing CORE, Utsunomiya Univ.1　○Yukitoshi Otani1
2 Similarities and differences between polarimetry and interferometry Hokkaido Univ., Fac. of Eng.1　○Kazuhiko Oka1
3 Polarizing Optical Device: Liquid Crystal Lens Akita Univ.1　○Marenori Kawamura1
4 Parallel Optical Recording on Polarization-Sensitive Media and Reconstruction by Polarimetry Grad. Sch. Eng., Utsunomiya Univ.1, CORE, Utsunomiya Univ.2　○Daisuke Barada1,2, Toyohiko Yatagai1,2
Break 15:00〜15:15
5 Simultaneous Phase Shifting Interferometry using Polarization Kiyohara Optics Inc.,1, GPI2　○Motosuke Kiyohara1, Kosuke kiyohara2
6 Image Database Compression and Computer Graphics Generation using Polarization, Reflection Model, and Wavelet Hiroshima City Univ.1, The Univ. of Tokyo2　○Daisuke Miyazaki1, Katsushi Ikeuchi2
7 Nanoshape sensing by scatterometry. Tamagawa University1　○Hirokimi Shirasaki1
8 Closing Remarks: Lightwave Sensing and Polarization Technology Nat'l Def. Acad.1　○Nobuaki Takahashi1
Advanced Glass Materials; rare-earth photonics and sustainable applications
Mar. 26 13:00〜17:10
26p-BL - 1〜7
1 Introductory Talk Tohoku Univ.1　○Takumi Fujiwara1
2 Fabrication of All-Solid-State Lithium Secondary Batteries Using Glass-Based Solid Electrolytes Osaka Prefecture University1　○Masahiro Tatsumisago1, Akitoshi Hayashi1
3 Preparation of glasses by containerless processing and their unique structures and properties IIS, Univ. Tokyo1　○Hiroyuki Inoue1, Atsunobu Masuno1
4 Recent research development on high-performance glasses for applications in environmental and energy fields in China South China University of Technology1　○Jianrong Qiu1
Break 15:10〜15:25
5 Nonlinear optical properties of Eu3+ ion-doped materials NIT1　○Masayuki Nogami1
6 Glasses for high-performance LED Asahi Glass Co.LTD.,1　○Syuji Matsumoto1
7 Wavelength Conversion and Supercontinuum Generation by Photonic Crystal Fibers Toyota Technological Inst.1　○Yasutake Ohishi1
Combined top-down and bottom-up approach: a breakthrough in quantum-nanostructure fabrication processes and devices
Mar. 26 13:00〜17:35
26p-BN - 1〜9
1 Combined top-down and bottom-up approach: a breakthrough in quantum-nanostructure fabrication processes and devices Kobe Univ1　○Takashi Kita1
2 Formation and device applications of quantum dots:Past, present and future prospects Toyota Tech. Inst.1, ＮＩＭＳ2　○Hiroyuki Sakaki1,2, Masato Ohmori1
3 New Functional Devices by the Use of Quantum Dots and Applicability of Their Fabrication Process Hokkaido Univ.1　○Yasuo Takahashi1
4 High-Efficiency Solar Cells with Quantum Dot Superlattice Structure RCAST, Univ. Tokyo1　○Yoshitaka Okada1
Break 15:00〜15:15
5 Formation of Nanowire Quantum Dots by Selective-Area Metalorganic Vapor Phase Epitaxy Hokkaido Univ.1, RCIQE, Hokkaido Univ.2　○Junichi Motohisa1, Takashi Fukui1,2
6 Fabrication of High Density and Uniform Quantum Nano-structure Using Bio-template and Ultimate Top-down Etching Processes Institute of Fluid Science, Tohoku Univ.1　○Seiji Samukawa1
7 Silicon nano devices prepared by combination of top-down and bottom-up processes Tokyo Tech1　○Shunri Oda1
8 Photonic Crystal Nanolasers with Extremely Narrow Nano-Slot and Its Applications Yokohama National University1, JST CREST2　○Toshihiko Baba1,2, Shota Kita1,2, Shoji Hachuda1, Shota Ohtsuka1, Hiroshi Abe1,2, Michimasa Narimatsu1
9 Tohoku Univ.1, Univ. of Tokyo2　○Seiji Samukawa1, Masakazu Sugiyama2
Next-generation advanced analytical instruments boosted by superconducting detectors

Mar. 26 13:00〜17:55

26p-CE - 1〜10
1 Introduction to superconducting detectors and IEC standardization AIST1　○Masataka Ohkubo1
2 Trace analysis by TES X-ray detector Tokyo Univ. of Science1　○Izumi Nakai1
3 TES X-ray Microcalorimeters Pioneer New Frontiers of Astrophysics 宇宙科学研究所1　○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, Takashi Noguchi1
5 Current status and trends of Transition Edge Sensors for nuclear applications The Univ. of Tokyo1　○Hiroyuki Takahashi1, Masashi Ohno1
Break 15:10〜15:25
6 Neutron Diffraction System with Single Flux Quantum Circuit Nagoya Univ.1, Osaka Pref. Univ.2　○Akira Fujimaki1, Tetsuya Kusumoto1, Isao Nakanishi1, Shigeyuki Miyajima1, Yukio Akita2, Ikutaro Yagi2, Takekazu Ishida2
7 X-ray spectrometer using STJ detector for synchrotron radiation AIST1, KEK2　○Shigetomo Shiki1, Masahiro Ukibe1, Yoshinori Kitajima2, Masataka Ohkubo1
8 Mass Spectrometry using STJ molecule detector AIST1, Tsukuba Uni.2, Osaka Pref. Uni.3　○Masataka Ohkubo1, Masahiro Ukibe1, Shigetomo Shiki1, Kaori Chiba1, Tatsuya Kitazume1, Shigeo Tomita2, Shigeo Hayakawa3
9 TES-photon detectors at near-infrared and telecommunication wavelengths for quantum information AIST/NMIJ1　○Daiji Fukuda1
10 Superconducting Nanowire Single Photon Detectors (SNSPD) for Quantum Information and Quantum Communications NICT1　○Zhen Wang1, Shigehito Miki1, Taro Yamashita1, Mikio Fujiwara1, Masahide Sasaki1
Control of Physical Properties of Semiconductors with Intentional Doping of Functional Impurities and Its Device Application: Silicon technologies of 21st century for low CO2-gas-emission
Mar. 26 13:15〜17:05
26p-KL - 1〜8
1 Introduction: How did we make innovations in silicon wafer technologies for LSI in the last three decades, and what shoud we do for the future? Niigata Univ.1　○Hiroshi Kaneta1
2 Electronic property control and impurities in future nano-scale CMOS Nagoya Univ.1, Covalent Silicon Co.2　○Shigeaki Zaima1, Osamu Nakatsuka1, Shotaro Takeuchi2
3 Imaging of Impurity Atoms on Semiconductor Surfaces with Atomic Force Microscope Osaka Univ.1　○Masayuki Abe1
Break 14:45〜15:00
4 AIST1　○Michio Kondo1
5 Effects of doped impurities and Metals on Minority Carrier Lifetime Toyota Technological Institute1　○Yoshio Ohshita1
6 Control of Crystal Defects Including Impurities in Power Devices and MOS-LSIs Chiba Inst. of Tech.1　○Hidekazu Yamamoto1
7 Quantitative Analysis of Low-Concentration Carbon in MCZ-Si for Power Devices Covalent Silicon Corp.1　○Satoko Nakagawa1
8 Closing talk Osaka Univ.1　○Yasufumi Fujiwara1
Recent Development of Terahertz Devices
Mar. 26 13:20〜16:50
26p-BX - 1〜9
1 Recent Developments and New Vista of Terahertz Devices: Introductory Tokyo Tech.1, Univ. Tokyo2, Univ. Hiroshima3　○Masahiro Asada1, Kazuhiko Hirakawa2, Yutaka Kadoya3
2 THz Quantum Cascade Lasers: Present Status and Perspective Hamamatsu Photonics1　○Masamichi Yamanishi1, Tadataka Edamura1, Kazuue Fujita1
3 Generation and detection of terahertz radiation using two-dimensional plasmons and graphene RIEC Tohoku Univ.1, CNEL Univ. Aizu2, JST-CREST3　○T Otsuji1,3, Akira Satou1,3, Tetsuya Suemitsu1,3, Maxim Ryzhii2,3, Victor Ryzhii2,3
4 THz Oscillating Resonant Tunneling Diode at Room-Temperature Tokyo Tech.1　○Safumi Suzuki1
Break 14:45〜15:00
5 Ultrahigh-speed InP-based HEMT and its application NTT Photonics Laboratories, NTT Corporation1　○Hideaki Matsuzaki1, Toshihiko Kosugi1, Hiroki Sugiyama1, Takatomo Enoki1
6 THz range quantum well and superlattice photodetectors based on III-V semiconductors NICT1　○M. パトラシン 1, Iwao Hosako1
7 Development of THz/IR photon counters and their application to passive imaging the Univ. of Tokyo1　○Takeji Ueda1
▲ 8 Photonic Generation of Terahertz-Waves and Its Applications to Terahertz Wireless Communications NTT Microsystem Integration Labs., NTT Corporation1, NTT Photonics Labs., NTT Corporation2, Osaka University3　○Ho-Jin SONG1, Katsuhiro AJITO1, Atsushi WAKATSUKI2, Yoshifumi MURANOTO2, Naoya KUKUTSU1, Tadao NAGATSUMA3
9 Closing Remarks IIS Univ. of Tokyo1　○Kazuhiko Hirakawa1
Nanophotonics, Nanoelectronics and their Impacts to Innovations in Information Systems
Mar. 26 13:30〜17:15
26p-BE - 1〜7
1 Introductory Talk: Nanoscale Information and Communications Systems NICT1, Univ. Tokyo2　○Makoto Naruse1,2
2 Information Processing Functionality on Semiconductor Nanowire Network IST, Hokkaido Univ.1, RCIQE, Hokkaido Univ.2, PRESOT, JST3　○Seiya Kasai1,2,3
3 Nanophotonic devices operable at room temperature Univ. of Tokyo1　○Tadashi Kawazoe1
▲ 4 Nanocomputer Architectures - Theory of Brownian Circuits and Implementations - National Institute of Information and Communications Technology (NICT) Nano ICT Group1　○Ferdinand Peper1
Break 15:30〜15:45
5 Information Processing in Nano-devices and Nonequilibrium Statistical Mechanics Kyoto Univ.1　○Jun Ohkubo1
6 A Front Line of Information and Physical Security: Optical Artifact-Metric Systems to Extract Values Unique to Individual Objects Yokohama National University1　○Tsutomu Matsumoto1
7 Hierarchical parallel processing system based on Nanophotonics Univ. Tokyo1　○Naoya Tate1