| 5 Optoelectronics |
| 5.1 Semiconductor Lasers, Light Emitting Devices, and Photo-Detectors |
| Sept. 2 |
| 2a-P1-@/ III |
| |
Poster Session
2a-P1-1`22@9:30`11:30 |
|
1 |
Evaluation of light Extraction Efficiency of LED by Ray Tracing Simulator |
Graduate school of Science and Engineering,Yamaguchi University 1,Faculty of Engineering,Yamaguchi University 2@Hayashi Hideki 1,Takeshita Junichi 2,Kamon kunihito 1,Fukui Takeshi 1,Miyachi Tsutomu 1,Uchida Yuji 2, Kurai Satoshi 1,Taguchi Tunemasa 1 |
|
2 |
Characterization of the nUV LED excited phosphor conversion light source with deferent dispersion of phosphor in resin |
Graduate School of Science and Engineering, Yamaguchi Univ.1,Faculty of Engineering, Yamaguchi Univ.2@Kamon Kunihito 1,Takeshita Junichi 2,Hayashi Hideki 1,Fukui Takeshi 1,Miyachi Tsutomu 1,Uchida Yuji 2,Kurai Satoshi 1,Taguchi Tsunemasa1 |
|
3 |
Characterization of near ultra-violet LEDs using single crystal AlN buffer layer |
Corporate R&D Center, Toshiba Corp. 1@Hiroshi Katsuno 1, Kei kaneko 1, Mitsuhiro Kushibe 1, Yasuo Ohba 1 |
|
4 |
Optical Response Characteristic of High Power White LED |
Tokyo Polytechnic University 1@Yukiya Tokio 1 |
|
5 |
7.2W Operation of 635nm - Red Laser Diode Array |
Sony Corp., CDDG@*Uchida Hiroyuki 1, Wakabayashi Kazuya 1, Naganuma Kaori 1, Takiguchi Yoshiro 1, Imanishi Daisuke 1, Ito Satoshi 1, Hirata Shoji 1 |
|
6 |
Fabrication and measurement of Tunnel Injection Quantum Well Lasers |
Tokyo Tech. 1@*Yasutaka Higa 1, Fujimoto Kosuke 1, Shinya Matsuzaki 1, Fumio Koyama 1, Tomoyuki Miyamoto 1 |
|
7 |
Development of 0.85um light emitting device based on injection of carriers photoexcited by 4um mid-infrared |
Nagoya Univ. 1, Mitsubishi Heavy Industries 2@*Masahito Yamaguchi 1, Kouichi Tani 1, Masahiro Kato 2, Kazunori Masukawa 2, You Watanabe 2, Nobuhiko Sawaki 1 |
|
8 |
Radiation Hardness of AlGaAs Laser Diodes -Stripe Width Dependence- |
Fukui Univ. of Technol. 1,Hamamatsu Photonics 2@*Shun-ichi Gonda 1,Takenori Morita 2,Hirofumi Kan 2 |
|
9 |
Preparation of Carbon Nitride Powder with Blue Fluorescence |
Shimane Inst. for Industrial Tech. 1@*Inoue Jun 1, Tajima Masahiro 1, Shiomura Takanobu 1 |
| £ |
10 |
Patterning on cyanin-dye-doped conductive polymer films with ink-jet method |
Grad. Sch ISEE, Kyushu Univ.@*Yu Yang 1, Yuji Oki 1 |
|
11 |
The effect of a strain on bandgap of ZnO grown on Si |
Nagoya Institute of Technology@*Iijima Toru 1, Hayashi Yasuhiko 1, Soga Tetsuo 1 |
|
12 |
Dual resonant cavity InGaAs pin-PD with wide wavelength region and high efficiency |
Mitsubishi Electric Corp. High Frequency & Optical Device Works 1@Eitaro Ishimura 1, Masaharu Nakaji 1, Chikara Watatani 1, Toru Ota 1 , Toshitaka Aoyagi 1 , Takahide Ishikawa 1 |
|
13 |
Characterization of Ge photodetectors hetero\epitaxially grown on Si vicinal substrate |
Res. Inst. for Nanodevice and Bio Syst., Hiroshima Univ 1@*Kuriyama Keigo 1,Amemiya Yoshiteru 1,Yokoyama Shin 1 |
|
14 |
Measurement of Transient Polarization by Two-Photon Absorption in Si-APD and Its Application to Measurement of Wavelength Chirping |
Shonan Institute of Technology 1@*Kagawa Toshiaki 1 |
| ’ |
15 |
Examination in the measurement accuracy of APD excess noise. |
Ritsumeikan Univ. 1, NEC Nano Electronics Res. Labs. 2,@*Ishihara Jun 1, Kasahara Kenichi 1, Nakata Takeshi 2, Makita Kikuo 2 |
|
16 |
Study of ZnSSe-Avalanche Photodiode(APD) in Blue-Ultraviolet Wavelength region -The improvement in Quantum Efficiency and Multiplication of ZnSSe-APD with pn junction type guard ring- |
Tottori Univ 1,Tottori Univ 2,Tottori Univ 3,Tottori Univ 4,Tottiori Univ 5,Tottori Univ 6,Tottori Univ 7,Tottori Univ 8,Tottori Univ 9,Tottori Univ 10@*Inagaki Yusuke 1,Nomura Mari 2,Nobe Kazuki 3,Tani Tatsuya 4,Miki Kouhei 5,Daisuke Katada 6,Ohshi Yuta 7,Tanaka Ken 8,Abe Tomoki 9,Kasada Hirofumi 10 |
|
17 |
Characteristics of Schottky Photodiodes Based on ΐ-Ga2O3 Single Crystals |
Ishinomaki Senshu Univ. 1, Nippon Light Metal 2@*Suzuki Rikiya 1, Nakagomi Shinji 1, Kokubun Yoshihiro 1, Arai Naoki 2, Ohira Shigeo 2 |
|
18 |
Gated giger mode operation and afterpulse measurement of the mesa-InAlAs-APD for single photon detection. |
NEC Nano Electronics Res. Labs. 1, NEC System Platform Res. Labs. 2, JST-CREST 3@*Nakata Takeshi 1, Mizuki Emiko 1, Takahashi Seigo 2, Makita Kikuo 1, Tomita Akihisa 1 3 |
|
19 |
Fabrication of Ultrahigh Purity GaAs for Submillimeter Detector Grown by Liquid Phase Epitaxy |
Chubu Univ.1@Matsunami Ikuo 1,Kayastha Madhu Sudan 1,Wakita Koichi 1,Amano Toshimasa,Takahashi Makoto 1 |
| £ |
20 |
Photoluminescence analysis of none-doped GaAs-epitaxial layer@grown by LPE
|
Chubu University@Kayastha Madhu Sudan 1, Sapkota Parsad Durga 1, Matsunami Ikuo Sudan 1, Sapkota Parsad Durga 1, Matsunami Ikuo 1, Koichi Wakita 1, Toshimasa Amano Matsunami Ikuo 1, Koichi Wakita 1, Toshimasa Amano, Matoka Takahashi 1 |
|
21 |
Evolution of the amplified second Stokes line due to cascaded Raman Scattering in a Si Waveguide |
Univ. of Tokyo 1@*Norishige Tana-ami 1, Susumu Fukatsu 2 |
|
22 |
Potential of Meta-stable Crystalline Si as Novel Material for Solar Cell Device |
NISSAN ARC Ltd@1, MA-TEK Inc@2@T.Awatani 1, S.J.Chen 2, S.Shimizu 1, K.Ueoka 1, T.Numata 1, T.Okamura 1, J.Ye 1 |
| 5.1 Semiconductor Lasers, Light Emitting Devices, and Photo-Detectors |
| Sept. 2 |
| 2p-P3-@/ III |
| |
Poster Session
2p-P3-1`25@15:30`17:30 |
|
1 |
Fiber pump semiconductor lasers with optical antiguiding layers for horizontal transverse modes : Dependence on mesa width |
Ritsumeikan Univ. 1@*Masafumi Fujimoto 1,Naoki Shomura 1,Takahiro Numai 1 |
|
2 |
Fiber pump semiconductor lasers with an optical antiguiding cladding layer |
Grad. School of Sci. & Eng., Ritsumeikan Univ. 1@*Takada Hiroo 1, Numai Takahiro 1 |
|
3 |
Fiber pump lasers with optical antiguiding layers for horizontal transverse modes:Dependance on a space within antiguiding layers |
Grad. School of Sci. & Eng., Ritsumeikan Univ.,@*Yoshida Hazuki 1, Numai Takahiro 1, Shomura Naoki 1 |
| ’ |
4 |
Study of divergence free space deflected beam based on an optical phased array |
I-EggS, Kyushu Univ.@Kenji Hosoda, Hajime Matsumoto, Yasunari Matunaga, and Kiichi Hamamoto |
| ’ |
5 |
1xN active MMI-LDs for energy space-transmission |
I-EggS, Kyushu Univ.@*Teppei Fukuda, Kazunori Okamoto, Yasuhiro Hinokuma, and Kiichi Hamamoto |
|
6 |
Optical RAM Based on Bi-stability between Different Lateral Modes |
I-EggS, Kyushu University 1, NTT photonics laboratories 2@*Haisong Jiang 1, Hany Ayad Bastawrous 1, Hirotaka Saikaku 1, Yuichiro Tahara 1 ,
Sinji Matsuo 2, and Kiichi Hamamoto 1 |
| ’ |
7 |
The Base Layer Design of Long Wavelength Laser Transistor |
Tokyo tech. 1,Tokyo tech QNERC 2@*Mizuki Shirao 1,Daisuke Imanishi 1,Nobuhiko Nishiyama 1,Shigehisa Arai 1,2 |
| ’ |
8 |
Lateral Current Injection Type Lasers with Thin Cladding layers Prepared by OMVPE Regrowth Method |
Tokyo Tech. QNERC 1, Dept. of EEE 2,3@*Munetaka Kurokawa 1,2, Tadashi Okumura 1,2, Mizuki Shirao 2, Daisuke Kondo 1,2, Hitomi Ito 3 Nobuhiko Nishiyama 2,3, Shigehisa Arai 1-3 |
|
9 |
10 Gbps direct modulation experiment at 85 oC using a ridge waveguide laser on an InGaAs ternary substrate |
NTT Photonics Lab. 1, JAXA 2@Masakazu Arai 1, Takashi Tadokoro 1, Takeshi Fujisawa 1, Wataru Kobayashi 1, Yoshihiro Kawaguchi 1, Masahiro Yuda 1, Kyoichi Kinoshita 2, Shinichi Yoda 2, Yasuhiro Kondo 1 |
|
10 |
40-Gb/s direct modulation of 1.3Κm AlGaInAs MQW buried heterostructure DFB lasers with semi-insulating blocking layers |
Fujitsu Laboratories Ltd. 1, Fujitsu Ltd. 2, OITDA 3@*Otsubo Koji 1,2,3, Matsuda Manabu 1,2,3, Takada Kan 1, Okumura Shigekazu 1, Ekawa Mitsuru 1,2,3, Yamamoto Tsuyoshi 1,2,3 |
|
11 |
43Gbps EAM DFB-LD with tensile-strained asymmetric QWs |
Mitsubishi Electric Corp. High Frequency & Optical Device Works 1, Information Technology R&D Center 2@*Yamatoya Takeshi 1, Miyazaki Yasunori 1, Saito Takeshi 1, Okada Norio 2, Ishimura Eitaro 1, Watatani Chikara 1, Morita Yoshimichi 1, Aoyagi Toshitaka 1, Ishikawa1 Takahide 1 |
|
12 |
High Power 1.3um-25G-Electro-absorption Modulator integrated LD |
Oki Electric Industry Co., Ltd., Corporate R & D Center 1, Optical Component Company 2@*Takahashi Hiroyuki 1, Shimamura Tomonori 2, Sugiyama Takashi 2, Kubota Munechika 2, Nakamura Koji 1 |
|
13 |
GaInP red distributed Bragg reflector laser integrated with phase shifted grating coupler for multispot focusing |
Osaka Univ. 1@Shigeru Takushima 1, *Masahiro Uemukai 1, Toshiaki Suhara 1 |
|
14 |
Enhancement of Modulation Bandwidth in DR Lasers by Self-Injection-Locking |
Quantum Nanoelectronics Research Center 1, Dept. of Electrical and Electronic Engineering, Tokyo Tech 2,3@Davis Kyle 1, *Lee SeungHun 1,2, Shindo Takahiko 1,2, Tajima Noriaki 1,2, Takahashi Daisuke 1,3, Nishiyama Nobuhiko 2,3, Arai Shigehisa 1,2,3 |
| ’ |
15 |
Low threshold current distributed-reflector laser with phase-shifted active DFB section and passive DBR section |
Quantum Nanoelectronics Research Center 1, Dept. of Electrical and Electronic Engineering, Tokyo Institute of Technology 2,3@*Shindo Takahiko 1,2, Lee SeungHun 1,2, Davis Kyle 1, Tajima Noriaki 1,2, Takahashi Daisuke 1,3, Nishiyama Nobuhiko 2,3, Arai Shigehisa 1,2,3 |
|
16 |
Optical Multiplexer for Multi-Wavelength VCSEL Array |
P&I LAB., Tokyo Inst. of Tech. 1@*Imamura Akihiro 1, Kitabayashi Naoto 1, Koyama Fumio 1 |
|
17 |
High reliability of 1.1 Κm-range VCSELs for optical interconnection |
Nano-electronics Res. Labs. NEC corp. 1@*Hatakeyama Hiroshi 1, Akagawa Takeshi 1, Suzuki Naofumi 1, Fukatsu Kimiyoshi 1, Tokutome Keiichi 1, Anan Takayoshi 1, Tsuji Masayoshi 1 |
|
18 |
Tunable Optical Equalizer Based on 1.55 Κm VCSEL for Modulation Bandwidth Enhancement |
Tokyo Tech P&I Lab. 1, UC Berkeley 2, Tokyo Tech Dept. of EE 3, Corning 4 @*Satoshi Suda 1, Xiaoxue Zhao 2, Fumio Koyama 1, Connie J. Chang-Hasnain 2, Nobuhiko Nishiyama 3, Catherine Caneau 4, Chung-En Zah 4 |
|
19 |
1.3um InAs/GaAs Quantum Dot DFB Laser |
AIST@1@*Keishiro Goshima 1, Takeru. Amano 1, Takeyoshi Sugaya 1, Kazuhiro Komori 1 |
| ’ |
20 |
1.3-Κm Quantum-dot DFB Lasers with GaInP/GaAs Grating |
Inst. for Nano Quantum Information Electronics, Univ. of Tokyo 1, Fujitsu Lab. Ltd. 2, QD Laser Inc. 3@*Kan Takada 1,Yu Tanaka 2,3, Takeshi Matsumoto 2, Mitsuru Ekawa 2, Tsuyoshi Yamamoto 2, Mitsuru Sugawara 2,3, Yasuhiko Arakawa 1 |
|
21 |
Threshold current density estimation of 1.3 micron InAs quantum dot laser wafer by PL method |
INQIE, Univ. of Tokyo 1, IIS, Univ. of Tokyo2, RCAST, Univ. of Tokyo 3, Fujitsu lab. Ltd. 4, QD Laser Inc. 5@*Kumagai Naoto1, Watanabe Katsuyuki1, Ishida Mitsuru1, Nakata Yoshiaki1, Hatori Nobuaki1, Sudo Hisao4, Yamamoto Takeyuki4, Sugawara Mitsuru4,5, Arakawa Yasuhiko1,2,3 |
|
22 |
Fabrication of InGaAs quantum dot (QD) for wavelength-tunable QD laser in 1-micron waveband |
National Institute of Information and Communications Technology 1, Aoyama Gakuin Univ. 2@*Yamamoto Naokatsu 1, Akahane Kouichi 1, Sotobayashi Hideyuki 2, Tsuchiya Masahiro 2 |
|
23 |
Quantum Cascade Lasers with Indirect Pump Scheme: High T0-Values due to Dynamical Suppressions of Electron Populations in Injectors. |
Hamamatsu Photonics KK. 1@*Fujita Kazuue 1,Yamanishi Masamichi 1,Edamura Tadataka 1,Sugiyama Atsushi 1, Ochiai Takahide 1,Furuta Shin-ichi 1,Akikusa Naota 1,Kan Hirofumi 1 |
|
24 |
Gain spectra of quantum cascade lasers |
Ritsumeikan Univ. 1, Central Res. Labs., Hamamatsu Photonics K. K. 2@Morimoto Takahiro 1, Furuta Shun 1, Ishihara Mikito 1, Kasahara Kenichi 1, Akikusa Naota 2, and Edamura Tadataka 2 |
|
25 |
Microdisk Quantum Cascade Laser Integrated with an Optical Waveguide |
RCAST Univ. of Tokyo 1, IIS Univ. of Tokyo 2, INQIE Univ. of Tokyo 3@*Yuki Wakayama 1, Satoshi Iwamoto 1-3, Yasuhiko Arakawa 1-3 |
| 5.2 Optical Storage |
| Sept. 3 10:00`15:15 |
| 3a-ZD-@/ III |
|
1 |
Estimated failure time dependence of Eyring acceleration test condition for life expectancy of optical disks |
Osaka Sangyo Univ. 1@*Takahata Yoshio 1,Irie Mitsuru 1 |
|
2 |
Phase Change of GeSbTe Induced by Multipulse Femtosecond Laser Irradiation |
Keio Univ.1@*Konishi Mitsutaka 1, Santo Hisashi 1, Saiki Toshiharu 1 |
|
3 |
In-Plane Error Signal Detection for Optical Recording Medium Using 2-Dimensional Grating |
NEC Jisso Labs.@*Tomiyama Mizuho 1, Katayama Ryuichi 1 |
| ’ |
4 |
A study of write compensation for Super-RENS media |
Ibaraki National College of Tech.@*Sase Tetsuya 1,Hayashi Hisao 1,Tanabe Takaya 1 |
| ’ |
5 |
A study of high frequency pulse readout for Super-RENS media |
Ibaraki National College of Tech.@*Hayashi Hisao 1, Sase Tetsuya 1, Tanabe Takaya 1 |
|
6 |
Fabrication of Thermal Nanoimprint Silicon Mold |
Waseda Univ. 1,NTRC 2@*Matsui Junya 1,Takahashi Hiroki 1,Xia Nan 1,Mizuno Jun 2,Utaka Katsuyuki 1 |
|
7 |
Proposal and verification of a grating-type optical reflection switch based on phase change material |
AIST@*X. Wang, M. Kuwahara, K. Awazu, J. Tominaga |
|
8 |
Improvement on reconstructed 3D absorption distribution in a diffusing volume medium |
Kobe Univ.@*Kodo Fujimoto,Kouichi Nitta,Osamu Matoba |
| |
|
Lunch 12:00`13:00 |
|
| 3p-ZD-@/ III |
|
1 |
Invited Lecture: High Speed Holographic Optical Correlator for Image and video search system |
Japan Womenfs University Department of Mathematical Physics @Eriko Watanabe 1, Kashiko Kodate 1
|
|
2 |
Possibility of High Linear Density in Super-Resolution Recordable Disc |
NEC Corp. 1@*Kazuhiko Aoki 1, Hisashi Sugaya 1, Shuichi Ohkubo 1 |
|
3 |
Formation of spatial soliton and collision of counter-propagating pulses for multi-layered optical memory using spatial soliton |
Osaka Electro-Communication Univ.@Yuki Magara, Kosuke Yoshida, Masaki Hisaka |
| ’ |
4 |
Recording, reading and erasing bit data in multi-layered optical memory using spatial soliton |
Osaka Electro-Communication Univ.@Kosuke Yoshida, Masaki Hisaka |
|
5 |
Analysis of Angular Multiplexing in Shrinkage of Recording Medium in Reflection-type Holographic Memory |
Kobe Univ. 1@Yusuke Yonetani 1, Kouichi Nitta 1, Osamu Matoba 1 |
|
6 |
The Influence of Shrinkage in the Collinear Holographic Storage System III |
IIS Univ. of Tokyo 1@*Sumi Yojiro 1,Tottori Junichiro 1,Fujimura Ryushi 1,Shimura Tsutomu 1,Kuroda kazuo 1 |
|
7 |
Performance Evaluation of Data-Page Rewriting by Bit Error Rate in Holographic Memory |
Grad. School of Eng., Fukuoka Univ. 1@*Aragane Kuniaki 1, Bunsen Masatoshi 1, Matsumoto Yoshihito 1, Fukuchi Seiji 1, Furuta Hirosuke 1 |
|
8 |
Collinear phase-lock holography for hologram memories of the next generation |
Toyohashi Univ. of Tech 1, Optware 2@*H.Noichi 1, H.Horimai 2, P.B.Lim 1, K.Watanabe 1 and M.Inoue 1 |
| 5.3 Optical Processing |
| Sept. 2 9:00`18:00 |
| 2a-ZN-@/ III |
|
1 |
Improvement of Carbon Nanotube-Polyimide Saturable Absorbing Waveguide Made with Photosensitive Polyimide |
AIST 1,Meiji Univ 2,@*Kageyama Tokunori 1.2,Kaji Ryousaku 1,Itoga Emiko 1,Kataura Hiromiti 1,Mori Masahiko 1,Oka Eiiti 2,Sakakibara youiti 1,2,
|
| ’ |
2 |
Inter-channel Crosstalk Characteristics of W-shaped Polymer Parallel Optical Waveguide |
Keio Univ. 1@*Hirobe Yusuke 1, Ishigure Takaaki 2 |
|
3 |
Graded-Index 2 x 4-Channel Polymer Parallel Optical Waveguide |
Keio Univ. 1@*Takeyoshi Yusuke 1, Ishigure Takaaki 1 |
| ’ |
4 |
On-Board Mountability Evaluation of Polymer Parallel Optical Waveguides |
Keio Univ. 1@*Tomoya Kosugi 1, Isigure Takaaki 1 |
|
5 |
Control of in-plane shape of Light-Induced Self-Written waveguide |
Shizuoka Univ. 1,Toyota Central R&D Labs. 2@*Okada Kazunori 1,Noritake Hiroki 1,Tomiki Masahiro 1,Sakata Hajime 1,Matsui Takayuki 2,Yamashita Tatsuya 2,Kagami Manabu 2 |
|
6 |
Fabrication of refractive index modulation type Grating in Light-Induced Self-Written waveguid |
Shizuoka Univ 1, Toyota Central R&D Labs 2@*Noritake Hiroki 1, Okada Kazunori 1, Tomiki Masahiro 1, Sakata Hajime 1,
Matsui Takayuki 2, Yamashita Tatsuya 2, Kagami Manabu 2
|
| |
|
Break 10:30`10:45 |
|
| £ |
7 |
Low Power Consumption Thermo-optic Polymer Photonic Switch |
Waseda Univ.@*Nan Xie, Takafumi Hashimoto, Katsuyuki Utaka |
|
8 |
Numerical Simulation of a Microchip Nd3+:YVO4 Q-switched with Vibration of a Polymeric Saturable Absorber Mirror |
Keio Univ. 1@Nakamura Naoyuki 1,Noda Daijirou 1,Narita Tetsumi 1,Inoue Azusa 2,Umegaki Shinsuke 1 |
|
9 |
Fabrication and Evaluation of Strong-Light-Confinement Self-Organized Lightwave Network (SOLNET) with Photo-Induced Refractive Index Variation in Sol-Gel Materials |
Tokyo Univ. of Technology@Ono Shigeru 1, Yoshimura Tetsuzo 1, Sato Tetsuo 2, Oshima Juro 2 |
|
10 |
Simulation of optical Z-connection construction using Self-Organized Lightwave Network (SOLNET) by FDTD |
Tokyo Univ. of Technology@Wakabayashi Kazuyuki 1, Yoshimura Tetsuzo 1 |
|
11 |
Simulation of Light Collecting Characteristics in Waveguide-type Solar Beam Collectors for Integrated Solar Cells -Effect of AR Coating- |
Tokyo Univ. of Technology@Shioya Rina 1, Yoshimura Tetsuzo 1 |
| |
|
Lunch 12:00`13:00 |
|
| 2p-ZN-@/ III |
|
1 |
Invited Lecture: |
Univ. of Tokyo@Susumu Fukatsu |
| £ |
2 |
A foreign researcher invitation lecture: Surface Plasmon Assisted Emission Enhancement for Silicon Nanocrystals |
Tsinghua University 1@*Yidong Huang 1, Xuan Tang 1, Yuxuan Wang 1, Xue Feng 1, Keyong Chen 1, Wei Zhang 1, Jiangde Peng 1 |
|
3 |
Investigation on light emission and optical gain of Er2SiO5/SiO2 optical waveguide |
Univ. of Electro-Communications@Hideo Isshiki, Yusuke Nakayama, Takayuki Nakajima, and Tadamasa Kimura |
|
4 |
Analysis of optical coupling between Si photonic-wire waveguide and various single-mode fibers |
Tohoku Univ.@Abe Masahiro, Yamada Hirohito |
|
5 |
Analysis of thermo-optic switch with Si photonic-wire waveguides |
Tohoku University@Nguyen Manh Tai |
| ’ |
6 |
Low dark current of pin photodiode fabricated from as-grown Ge |
Univ. Tokyo@*Park Sungbong, Takita Shinya, Ichikawa Ryuzo, Ishikawa Yasuhiko, Osaka Jiro, Wada Kazumi |
|
7 |
Characterization of Electric-Field Drive Silicon Ring Optical Modulator |
Hiroshima Univ.@Yoshiteru Amemiya 1, Shinya Yamatogi 1, Kei Terao 1, Mizue Nishida 1, Shin Yokoyama 1 |
|
8 |
Efficient Optical Coupling and Cross Waveguide Utilizing Novel Thin-Cladding Spot-Size Converters and Silicon Wires |
Corporate R&D Center, Toshiba Corp. 1@Haruhiko Yoshida 1, Taisuke Sato 1, Ohira Kazuya 1, Rei Hashimoto 1, Norio Iizuka 1, Mizunori Ezaki 1 |
| |
|
Break 15:30`15:45 |
|
|
9 |
Loss reduction of obliquely deposited Si films for walk-off polarizers |
Utsunomiya Univ.@Inaba Takumi 1, Muro Koichi 1, Ohno Hiroshi 1, Furuta Shinnosuke 1, Yoda Hidehiko 1, Shiraishi Kazuo 1 |
|
10 |
Annealing Temperature Dependence on Loss Properties in Ultra-high-’ Ta2O5-SiO2 Waveguides |
NTT Photonics Labs. 1@*Itoh Masayuki 1, Itoh Mikitaka 1, Yanagisawa Masahiro 1, Inoue Yasuyuki 1 |
|
11 |
Design of hitless wavelength selective switch consisting of qaudruple series coupled microring resonator using FACQW |
Yokohama Nat'l Univ. 1@*Goto Tsuyoshi 1,Bae Chunbun 1,Makino Taro 1,Hasegawa Ryo 1,Arakawa Taro 1,Kokubun Yasuo 1 |
|
12 |
Selective loss characteristics of bent waveguide for unidirectional oscillation microring laser |
Yokohama Nat'l Univ.@*Oosawa Kazuhiro 1,Makino Tarou 1,Arakawa Tarou 1,Kokubun Yasuo 1 |
|
13 |
Improvement of side wall roughness of optical waveguides by resist heat-treatment |
Res. Inst. for Nanodevice and Bio Systems, Hiroshima Univ.@*Terao Kei 1,Nishida Mizue, Yokoyama Shin |
| ’ |
14 |
Tapered TSV Formation for Optical Interposer with 3D LSIs |
Dept. of Bioengineering and Robotics, Tohoku Univ. 1,Sumitomo Bakelite Co.,Ltd. 2@*Noriki Akihiro 1,Fujiwara Makoto 1 2,Fukushima Takafumi 1,Tanaka Tetsu 1, Koyanagi Mitsumasa 1 |
|
15 |
Precise Positioning of 45deg Mirror Groove on PWG using Transparent Stencil Mask |
IBM Tokyo Research Lab. 1@*Hidetoshi Numata 1, Shigeru Nakagawa 1, Yoichi Taira 1 |
|
16 |
Transmittivity of Nanometer-size Metal Groove Structures Fabricated by CMP |
Central Research Lab. Hitachi Ltd.@*Minemura Hiroyuki, Anzai Yumiko, Shintani Toshimichi |
| ’ |
17 |
Relationship between resonance frequency and diaphragm thickness in glass-based guided-wave optical pressure sensor |
Graduate School of Science and Technology, Niigata Univ. 1, Faculty of Engineering, Niigata Univ. 2@*Nikkuni Hiroyuki 1, Nakajima Mizuki 1, Ohkawa Masashi 2, Sato Takashi 2 |
| 5.3 Optical Processing |
| Sept. 3 9:15`12:30 |
| 3a-ZN-@/ III |
|
1 |
Invited Lecture: Waveguide optical isolator fabricated by direct bonding technology |
Tokyo Inst. Tech. 1, Shibaura Inst. Tech. 2@*Tetsuya Mizumoto 1, Yuya Shoji 1, Ryouhei Takei 1, Kazumasa Sakurai 1, Hideki Yokoi 2 |
|
2 |
Magneto-optical isolator realized by direct bonding a magneto-optic garnet onto silicon waveguide |
Tokyo Tech. 1, Shibaura Inst. of Tech. 2, Columbia Univ. 3@*Shoji Yuya 1, Yokoi Hideki 2, Hsieh I-Wei 3, Osgood Jr. Richard M. 3, Mizumoto Tetsuya 1 |
|
3 |
Proposal of Si-wire Waveguide Type Optical Circulator Employing Non Reciprocal Phase Shift |
Tokyo Inst. of Tech. 1 @*Ryohei Takei 1, Syoji Yuya 1, Tetsuya Mizumoto 1 |
|
4 |
Suppression of back-reflected TE modes in TM-mode optical isolator with Si guiding layer |
Shibaura Inst. 1,Tokyo Inst. 2@*Tadayasu Kuroda 1,Hideki Yokoi 1,Yuya Shoji 2,Tetsuya Mizumoto 2 |
|
5 |
Design of optical isolator with Ce:YIG guiding layer employing TE-TM mode conversion |
Shibaura Institute of Technology@*Syuya Matsumura , Hideki Yokoi |
| |
|
Break 10:45`11:00 |
|
|
6 |
Calculation of nonreciprocal phase shift in magneto-optic waveguide with Ce:YIG layer |
Shibaura Institute of Technology@*Keigo Sasaki,Hideki Yokoi |
|
7 |
Optical isolator with TiO2/Ce:YIG guiding layer employing nonreciprocal phase shift |
Shibaura Inst. 1@*Sekine kenichi 1,Yokoi Hideki 1 |
|
8 |
Demonstration of All-Optical Limiter with High-Accurate Thresholding Based on Self-Phase Modulation using Pre-Chirped Signals |
Osaka Univ. 1@*Goto Hiroomi 1, Konishi Tsuyoshi 1, Itoh Kazuyoshi 1 |
| ’ |
9 |
Ultra-fast waveform measurement using ultra-flat optical frequency comb |
NICT 1@Sakamoto Takahide 1, Kawanishi Tetsuya 1 |
| £ |
10 |
Low pulse-broadening SBS slow light in optical fibers using two broadband pump beams |
University of Electro-Communications 1@Liyong Ren 1, Yasuo Tomita 1 |
|
11 |
Theoretical proposal of optical-micro waves modulator and demodulator |
Kanazawa Univ.1
@Minoru Yamada 1, Katuhisa Morinaga 1, Yuji Kuwamura 1
|
| 5.3 Optical Processing |
| Sept. 4 9:00`18:45 |
| 4a-ZN-@/ III |
|
1 |
Dynamic Response of Wavelength Converter using Semiconductor Double-Ring Resonator-coupled Tunable Laser |
NTT Photonics Labs.@*Segawa Toru 1, Matsuo Shinji 1, Kakitsuka Takaaki 1, Shibata Yasuo 1, Sato Tomonari 1, Kondo Yasuhiro 1, Takahashi Ryo 1 |
|
2 |
200-Gb/s operation of DISC-type all-optical wavelength converter assisted by nonlinear polarization rotation |
Univ. of Electro-Communications 1 @*Sakaguchi Jun 1, Takehiro Nishida 1, Yoshiyasu Ueno 1 |
|
3 |
Refractive index changes of InAs Quantum Dots on InP(001) substrates by carrier injection |
Sophia Univ. 1@*Sugio Takayuki 1,Iwasaki Hiroya 1,Shimizu Yu 1,Mogi Mizuho 1,Shimomura kazuhiko 1 |
|
4 |
Switiching characteristics in wavelength switch using selectively grown waveguide array by thermo-optic effect |
Sophia Univ. 1@*Shimizu Yu 1,Iwasaki Hiroya 1,Sugio Takayuki 1, Shimomura Kazuhiko 1 |
|
5 |
Characteristics of FBG-Stabilized Single Mode LD for Fine Observation of gas Absorption |
NTT Photonics Laboratories@Katsuaki Magari 1, Tsutom Yanagawa 1, Osamu Tadanaga 1, and Masaki Asobe 1 |
| |
|
Break 10:15`10:30 |
|
| ’ |
6 |
Wavelength Tunability of DBR-MMI-BLD All-Optical Flip-Flop |
RCAST Univ. Tokyo 1, Dept. Elec. Eng. Univ. Tokyo 2@*Takeda Koji 1, Takenaka Mitsuru 2, Tanemura Takuo 1, Nakano Yoshiaki 1 |
| ’ |
7 |
One-bit Optical Buffer Memory Using a 1.55 µm Polarization Bistable VCSEL |
Nara Inst. of Sci. and Tech. 1@*Ooi Tomohiro 1,Katayama Takeo 1,Kawaguchi Hitoshi 1 |
|
8 |
Increasing XPM effect by high light confinement based on intersubband transition in InGaAs/AlAs/AlAsSb quantum well |
National Institute of Advanced Industrial Science and Technology (AIST), Ultrafast Photonic Devices Laboratory@*Kazumichi Akita, Ryoichi Akimoto, Guangwei,Cong Shinichirou Gozu, Teruo Mozume, Toshifumi Hasama,Hiroshi Ishikawa
|
| £ |
9 |
Effect of ultrathin AlAs coupling barrier in InGaAs/AlAsSb quantum wells on intersubband excitation induced index change |
Ultrafast Photonic Devices Lab., National Institute of Advanced Industrial Science and Technology (AIST)@Guangwei Cong 1,Ryoichi Akimoto 1, Shinichiro Gozu 1, Tesuo Mozume 1, Toshifumi Hasama 1, Hiroshi Ishikawa 1 |
| £ |
10 |
Thermal management of InGaAs/AlAs/AlAsSb CDQW ISBT switches |
National Institute of Advanced Industrial Science and Technology@C. G. Lim, R. Akimoto, T. Hasama, and H. Ishikawa |
| £ |
11 |
Absorption measurement of the waveguide with GaN/AlN MQWs grown by MOVPE |
The University of Tokyo 1, RCAST The University of Tokyo 2@*Sodabanlu Hassanet 1, Yang Jungseung 1, Sugiyama Masakazu 1, Shimogaki Yukihiro 1, Nakano Yoshiaki 1,2
|
| |
|
Lunch 12:00`13:00 |
|
| 4p-ZN-@/ III |
|
1 |
Preparation and Characterization of Ti:Eu:LiNbO3 films grown by sol-gel method |
Chubu Univ 1, YCC 2,@*Iyoda Kazuki 1, Takahashi Makoto 1, Sato Shoji 1, Wakita Koichi 1, Kajitani Naofumi 2, Kurachi Masato 2 |
|
2 |
Effect of Sc-doping on various properties of near-stoichiometric Sc-doped LiTaO3 crystals |
Opt. Mat. C / NIMS 1
@*Masaru Nakamura 1, Shunji Takekawa 1, Yuowen Liu 1, Kenji Kitamura 1 |
| ’ |
3 |
Ultrafast carrier dynamics in LiNbO3(II) |
Tokyo Univ. of Agri. & Tech. 1, OXIDE Corp. 2, PRESTO/JST 3 @*S. Sasamoto 1, J. Hirohashi 2, S. Ashihara 1,3 |
|
4 |
Formation of domain-inverted gratings in MgO:LiNbO3 by voltage application with liquid electrodes |
Osaka Univ. 1,@Kawaguchi Kentaro 1,Fujimura Masatoshi 1,Suhara Toshiaki 1 |
|
5 |
Optical Characterization of the Bonded Interface of a Quasi-Phase-Matching Device by use of Surface Activated Bonding |
Chuo Univ. 1@*Kawaji Munenori 1, Imura Ken 1, Yaguchi Tomohiko 1, Shoji Ichiro 1 |
|
6 |
Fabrication of LiNbO3 thin-film photonic crystal waveguides |
Osaka Univ. 1, Matsushita Electric 2, Univ. Hyogo 3@Hiroshi Murata 1, Hitoshi Kumagai 1, Eisuke Nakanishi 1, Asamira Suzuki 2, Akira Enokihara 3, and Yasuyuki Okamura 1 |
|
7 |
Proposed for high-speed polarization modulator by using electrode-reversed structure |
Waseda Univ. 1, NICT 2, Tokyo Inst. of Tech. 3@*Ogiso Yoshihiro 1, Matsuura Hiroshi 1, Shinada Satoshi 2, Nakajima Shinya 2, Kawanishi Tetsuya 2, Nakajima Hirotika 1, Izutsu Masayuki 3 |
| ’ |
8 |
Time-to-space mapping of an optical signal based on two quasi-velocity-matched electro-optic deflectors with a common electrode |
Osaka Univ.1@*Shintaro Hisatake, Keiji Tada, Tadao Nagatsuma |
| £ |
9 |
Enhancement of detected microwave signal from periodically-poled LiTaO3 using difference frequency generation |
Osaka Univ. 1@*Quang Hong Ngo 1, Hiroshi Murata 1, Yasuyuki Okamura 1 |
| |
|
Break 15:15`15:30 |
|
|
10 |
Invited Lecture: Polarization-reversed optical wavelength converter |
National Institute for Materials Science, Waseda Univ.@Sunao KURIMURA |
|
11 |
Periodic Domain Inverted SHG Device using AFM with Wide Scan Stage |
R.I.E., Shizuoka Univ. 1, Faculty of Engneering, Shizuoka Univ. 2, C.I.R. Tohoku Univ. 3@*Awano Haruyuki 1, Ohtsuka Motohiro 2, Iwata Futoshi 2, Taniuchi Tetsuo 3, Minakata Makoto 1 |
|
12 |
Highly efficient wavelength conversion achieved by multi-pass second harmonic generation setup |
Matsusita Electric Industrial Co., Ltd.@Horikawa Nobuyuki 1, Mizushima Tetsuro 1, Furuya Hiroyuki 1, Shikii Shinichi 1, Kusukame Koichi 1, Yamamoto Kazuhisa 1 |
|
13 |
Watts-level 580nm light generation by quasi-phase-matched Zn-doped LiNbO3 crystal |
NIDEK 1, NTT Electronics 2, NTT Photonics Lab. 3@*Tsuyoshi Yamada 1, Jun Nakanishi 1, Ken-ichi Hayashi 1, Yoshiki Nishida 2, Masaki Asobe 3 |
| ’ |
14 |
Wavelength Conversion Module with +4 dB Gain Using Direct-Bonded QPM-Zn: LiNbO3 Ridge Waveguide |
NTT Photonics Labs 1@*Takeshi Umeki 1, Tadanaga Osamu 1, Asobe Masaki 1 |
|
15 |
Quasi-Phase-Matched Second-Harmonic Generation in Periodically-Inverted AlGaAs Waveguides |
The Univ. of Tokyo@*Junya Ota 1, Ikuma Ohta 1, Wataru Narita 1, Tomonori Matsushita 1, Takashi Kondo 1 |
|
16 |
Fabrication of GaP/AlGaP quasi phase matching ridge-type waveguide wavelength converter |
Tokyo Univ. 1@*Tomonori Matsushita 1, Ikuma Ohta 1, Takashi Kondo 1 |
|
17 |
LiNbO3 waveguide Type I quasi-phase-matched nondegenerate twin photon generation device for heralded single photon generation |
Osaka Univ. 1@Kajita Shozo 1,*Fujimura Masatoshi 1,Suhara Toshiaki 1 |
|
18 |
Type I quasi-phase-matched LiNbO3 waveguide device with thin-film wave plate for polarization-entangled twin photon generation |
Osaka Univ. 1@Kawashima Jotaro 1,Hayashi Yukio 1,*Fujimura Masatoshi 1,Suhara Toshiaki 1 |
|
19 |
Fabrication and characterization of Type II parametric down-converter using quasi-phase-matched LiNbO3 (3) |
RIEC Tohoku Univ. 1,PRESTO-JST 2,Nagoya Univ. 3 @*Shigehiro Nagano 1,Yohei Sugiura 1,Hirofumi Suzuki 1,Ryosuke Shimizu 2,Atsushi Syouji 1,Koji Suizu 3,Keiichi Edamatsu 1
|
|
20 |
Accurate measurements of second-order nonlinear-optical coefficients of Silicon Carbide by wedge technique |
Chuo Univ. 1, Kyoto Univ. 2, The Univ. of Tokyo 3@*Sato Hiroaki 1, Hakamata Masashi 1, Shoji Ichiro 1, Suda Jyun 2, Kondo Takashi 3 |
|
21 |
Accurate measurement of quadratic nonlinear optical coefficients of 6H-SiC using the rotational Maker-fringe technique |
Univ. Tokyo 1, Chuo Univ. 2, Kyoto Univ. 3@*Makoto Abe 1, Hiroaki Sato 2, Jun Suda 3, Ichiro Shoji 2, Takashi Kondo 1 |
| 5.3 Optical Processing |
| Sept. 5 9:00`15:00 |
| 5a-ZN-@/ III |
| ’ |
1 |
Timing Jitter Reduction by Optical Pulse Injection into SOA Fiber Ring Laser |
National Defense Acad. 1@*Oiwa Masaki 1, Minami Shunsuke 1, Tsuji Kenichiro 1, Onodera Noriaki 1, Saruwatari Masatoshi 1 |
|
2 |
Experimental Investigation of an Optical Serial-to-Parallel Converter with Phase Operation |
P&I Lab. Tokyo Tech. 1@*Yazawa Go 1, Uenohara Hiroyuki 1 |
| ’ |
3 |
Investigation of 3-Bit Semiconductor Optical Digital-to-Analog Converter for Label Recognition |
P&I Lab. Tokyo Inst. of Tech 1@Kengo Sawada 1, Hiroyuki Uenohara 1 |
|
4 |
Optical equalization of high-speed modulation for directly modulated DFB lasers. |
P&I Lab., Tokyo Tech@Koichi Hasebe 1, Takahiro Sakaguchi 1, Fumio Koyama 1 |
|
5 |
Proposal of optical equalizer based on Fabry-Perot etalons. |
P & I Lab., Tokyo Tech@Koichi Hasebe 1, Yusuke Mada 1. Fumio Koyama 1 |
| |
|
Break 10:15`10:30 |
|
|
6 |
Study on S/N ratio characteristic by coherent crosstalk of Mach-Zender Interferometer photonic switch |
Waseda Univ. 1@*Fujimoto Shinji 1,Ueda Yuta 1,Nakamura Shinya 1,Yamada Hiroto 1,Utaka Katsuyuki 1 |
| ’ |
7 |
Study on polarization-independent and low-crosstalk operation of InAlGaAs/InAlAs Mach-Zehnder Interferometer type high-speed photonic switch
|
Waseda Univ. 1@*Ueda Yuta 1, Nakamura Shinya 1, Fujimoto Shinji 1, Yamada Hiroto 1, Utaka Katsuyuki 1 |
|
8 |
Versatile Optical Switching of 4~4 Novel Multi-Mode Interference Phase-Arrayed Photonic Switch |
Waseda Univ. 1@*Shinya Nakamura1, Yuta Ueda1, Shinji Fujimoto1, Hiroto Yamada1, and Katsuyuki Utaka1 |
|
9 |
Compact 1~8 mode-conversion-type coupler for monolithically integrated SOA gate switch |
Fujitsu 1, Fujitsu Lab. 2@*Seok–Hwan Jeong 1, Shinsuke Tanaka 1, Susumu Yamazaki 1, Shuichi Tomabechi 2, Ayahito Uetake 1, Mitsuru Ekawa 2, Ken Morito 1 |
|
10 |
Fabrication of Asymmetric Triply Coupled Quantum Well for High-Performance Optical Modulators/Switches |
Yokohama Nat'l Univ. 1, Kanazawa Inst. of Tech. 2@*Endo Wataru 1, Arakawa Taro 1, Tada Kunio 2 |
| ’ |
11 |
Design of Polarization-Insensitive Optical Phase Modulator with Tensile-Strained InGaAs/InAlAs FACQW |
Yokohama Natfl Univ.@1, Kanazawa Inst Tech. 2@*Makino Taro 1, Fukuoka Masayasu 1, Arakawa Taro 1,Kokubun Yasuo 1, Tada Kunio 2 |
| |
|
Lunch 12:00`13:00 |
|
| 5p-ZN-@/ III |
|
1 |
Ge Photodetector integrated with Ge-on-Insulator MOSFET by using Oxidation Condensation Technique |
Univ. of Tokyo 1, Tokyo Inst. of Technology 2@Mitsuru Takenaka 1, Satoshi Tanabe 1, Sanjeewa Dissanayake 1, Satoshi Sugahara 2, Shinichi Takagi 1 |
| ’ |
2 |
Low temperature bonding of InP DFB laser diode chips on Si substrates in ambient air and evaluation of laser characteristics |
The Univ. of Tokyo1, Kyushu Univ.2@*Takigawa Ryo 1, Higurashi Eiji 1, Suga Tadatomo 1, Sawada Renshi 2 |
|
3 |
InGaAs MSM photodetector integrated on Si wire waveguide |
Corporate R&D Center, Toshiba Corp.@*Ohira Kazuya 1, Suzuki Nobuo 1, Ezaki Mizunori 1 |
| ’ |
4 |
InAs/GaAs quantum dots on Si wafer by wafer bonding |
AIST Photonics 1@*Okano Makoto 1, Amano Takeru 1, Goshima Keishirou 1, Yamamoto Noritsugu 1, Sugaya Takeyoshi 1, Komori Kazuhiro 1, Mori Masahiko 1 |
| ’ |
5 |
Investigation on Miniature Optical Gate with Slowing light |
Tokyo Tech. P&I Lab.@*Ayumi Fuchida 1, Babu Dayal 1, P.Babu Dayal 1, Takahiro Sakaguchi 1, Keiske Kuroki 1, Akihiro Matsutani 1, Fumio Koyama 1 |
| £ |
6 |
Optical Mode Converter with a Single-Trench GaInAsP/InP Waveguide |
Tokyo Inst. of Technology 1@*Sang-Hun Kim 1, Yuya Shoji 1, Tetsuya Mizumoto 1 |
|
7 |
Waveguiding characteristics of ZnO waveguides |
Tohoku Univ. School of Engineering 1@MoralesTeraoka EdgarYoshio 1, Kita Tomohiro 1, Yamada Hirohito 1 |
|
8 |
SiGe Deposition on InP Substrate by Sputtering Method for Optical Device Application |
Waseda Univ. 1@*Hasebe Shunya 1,Utaka katuyuki 1 |
| 5.4 Optical Fibers |
| Sept. 4 9:15`18:45 |
| 4a-ZM-@/ III |
|
1 |
Binary switches using hetero-core fiber optic sensors in tandem based on optical loss variation in time |
Soka University 1@*Arai Yusuke 1,Nishiyama Michiko 1,Sasaki Hiroyuki 1,Watanabe kazuhiro 1 |
|
2 |
A hetero-core optical fiber vibration sensor for the frequency corresponding to the object |
Soka Univ. 1@*Okazaki Hideki 1,Nishiyama Michiko 1,Sasaki Hiroyuki 1,Watanabe Kzuhiro 1 |
|
3 |
Measurment accuracy of a hetero-core optical fiber extension sensor as temperature change |
Soka Univ. 1@Honda Yuki 1,Sasaki Hiroyuki 1, Akita Syouhei 1, Watanabe Kazuhiro 1 |
|
4 |
Pressure Characteristics at a Displacement Sensor Module with a Hetero-core Optical Fiber Sensor |
Soka Univ. 1@Uchida Hoshito 1,Akita Shohei 1,Sasaki Hiroyuki 1,Watanabe Kazuhiro 1 |
|
5 |
Bending characteristics of a hetero-core single-mode fiber optic sensor in the optical loss based on the buckling model |
Soka Univ.1@*Yuya Koyama 1,Michiko Nishiyama 1,Hiroyuki Sasaki 1,Kazuhiro Watanabe 1 |
|
6 |
Bending characteristics of a hetero-core fiber optic sensor in the wavelength of 625-nm |
Soka Univ. 1@*Nishiyama Michiko 1, Sasaki Hiroyuki 1, Watanabe Kazuhiro 1 |
|
7 |
Sensitivity enhancement of long-period gratings vibration sensor |
National Defense Academy@*Somatomo Hiroyuki 1,Wada Atsushi 1,Tanaka satoshi 1,Takahashi Nobuaki 1 |
|
8 |
Improving Sensitivity of Optical fiber Humidity Sensor Used Porous-silica |
Wakayama Univ.@*Isoda Masaya, Nitanai Eiji, Nomura Takanori, Numata Takuhisa |
|
9 |
Temperature stabilized FBG sensor array using wavelength controllable multi wavelength laser: multipoint vibration detection |
National Defense Academy@Tanaka Satoshi 1, Somatomo Hiroyuki 1, Wada Atsushi 1, Takahashi Nobuaki 1 |
|
10 |
Fabry-Perot type high sensitive FBG vibration sensor |
Natinal Defence Academy@*Atsushi Wada 1, Hiroyuki Somatomo 1, Satoshi Tanaka 1, Nobuaki Takahashi 1 |
|
11 |
Angular Velocity Sensors using Erbium Doped Fiber Ring Lasers |
ATR WEL 1, Konan Univ. 2@*Tanaka Tomoko 1, Sunada Satoshi 1, Tanaka Jun 1,2, Harayama Takahisa 1,2, Sugimura Akira 1,2 |
| |
|
Lunch 12:00`13:00 |
|
| 4p-ZM-@/ III |
|
1 |
Flattened gain characteristics of C-band Er3+-doped fluorophosphate glass fiber amplifier |
NTT PH Lab. 1, NTT AS Lab. 2@*Mori Atsushi 1, Aozasa Shinichi 2, Oikawa Kiyoshi 1, Ono Hirotaka 1 |
|
2 |
Photodarkening on Yb doped silica glass by X-ray irradiation |
Toyota Techn. Inst.@*Yamamoto Rie 1, Sekiya Edson Haruhico 1, Saito Kazuya 1 |
|
3 |
Photodarkening induced@by X-ray irradiation on Er doped silica glasses |
Toyota Techn. Inst. 1@*Sekiya Edson Haruhico 1, Lefevre Antoine 1, Murayama Tomoaki 1, Saito Kazuya 1 |
|
4 |
Study of photobleaching against photodarkening of Yb doped fibers |
Inst. for Laser Science, Univ. Electro-Commun. 1@*Inoue Noriyuki 1,Maruyama Hiroki 1,Shirakaw Akira 1,Ueda Kenichi 1 |
| ’ |
5 |
Lasing in new photonic bandgap fibers with quantum dots inserted in their core |
Toyota Technological Inst. 1, Basic Research Labs., NTT Corp. 2, Network Innovation Labs., NTT Corp. 3@*Masato Ohmori 1, Satoki Kawanishi 2,3, Hiroyuki Sakaki 1 |
|
6 |
Ultrafast Optical Switching of a 1.5\mu m-region Active Birefringent Optical Fiber Loop Filter using a 1.3μm SOA |
National Defense Academy 1@*Onodera Noriaki 1,Tuji Kenichiro 1,Ooiwa Masaki 1,Minami Syunsuke 1,Saruwatari Masatoshi 1 |
| ’ |
7 |
1.3 GHz ultranarrow FBG optical filter with 20-dB side lobe suppression |
RIEC, Tohoku Univ.@*Mori Anne 1, Keisuke Kasai 1, Masato Yoshida 1, Masataka Nakazawa 1 |
| ’ |
8 |
Demonstration of real-time distributed strain measurement based on Brillouin optical correlation-domain reflectometry |
Univ. of Tokyo 1@Mizuno Yosuke 1, He Zuyuan 1, Hotate Kazuo 1 |
|
9 |
Restricted Mode Launch Condition for Graded Index Plastic Optical Fiber |
Keio Univ. 1, JST ERATO-SORST Koike Photonics Polymer Project 2@*Takafumi Noda 1. Satoshi Takahashi 2. Yasuhiro Koike 1,2. |
| ’ |
10 |
Analysis on macro bending loss in Hole-Assisted GI POF |
Keio Univ. 1@*Hiromasa Toru 1,Ishigure Takaaki 1 |
| ’ |
11 |
Analysis of pulse trapping and amplification phenomenon by ultra-short soliton pulse in birefingent optical fiber |
Nagoya Univ. 1, Osaka Univ. 2@*Shiraki Eiji 1, Nishizawa Norihiko 2 |
| |
|
Break 15:45`16:00 |
|
|
12 |
Analysis of PM-IM Conversion Characteristics by the Stimulated Brillouin Scattering |
National Defense Academy@*Tsuji Kenichiro 1, Oiwa Masaki 1, Minami Syunsuke 1, Onodera Noriaki 1, Saruwatari Masatoshi 1 |
|
13 |
Group-velocity matched stimulated Raman scattering and its effect on SC generation |
NTT 1@Kurokawa Kenji 1, Yamamoto Takashi 1, Sakamoto Taiji 1, Tajima Katsusuke 1 |
|
14 |
Shoebox-sized GaP THz signal generator with two Cr:Forsterite laser pulses at 30 Hz repetition rate |
Tohoku Univ. 1, Tokyo Metropolitan Univ. CPA 2@*Tanabe Tadao 1, Hozumi Norimitsu 1, Sasaki Tetsuo 2, Oyama Yutaka 1, Nishizawa Jun-ichi 2 |
|
15 |
Development of Polarization-Maintaining Comb-like Profiled Fiber |
Furukawa Electric 1@*Takahashi Masanori 1, Hiroishi Jiro 1, Inoue Takashi 1, Tadakuma Masateru 1, Mimura Yu 1, Yagi Takeshi 1 |
|
16 |
Design optimization of holey fibers to realize zero dispersion in 500nm band |
Furukawa Electric co., Ltd. 1@*Imamura Katsunori 1, Mukasa Kazunori 1, Sugizaki Ryuichi 1, Mimura Yu 1, Yagi Takeshi 1 |
|
17 |
Zero dispersion shift to a 1.0Κm band using hole-assisted fibers |
Furukawa Electric co., Ltd. 1@*Miyabe Ryo 1, Imamura Katsunori 1, Mukasa Kazunori 1, Sugizaki Ryuichi 1, Yagi Takeshi 1 |
|
18 |
Air hole controlling in photonic bandgap fiber using CO2 laser irradiation |
Ibaraki Univ. 1@*Sakasai Kazuhiro 1, Yokota Hirohisa 1, Sasaki Yutaka 1, |
|
19 |
Control of attenuation in photonic crystal fiber attenator by the air hole diameter control |
Ibaraki Univ. 1@*Ushiroda Kousuke 1, Yokota Hirohisa 1, Sasaki Yutaka 1 |
|
20 |
Study of polarization maintaining photonic crystal fiber coupler using single polarization photonic crystal fiber |
Ibaraki Univ. 1@*Nakajima Yuu 1, Yokota Hirohisa 1, Sasaki Yutaka 1 |
|
21 |
Fabrication of tellurite fiber coupler and their characteristic measurement for all optical switching system |
Ibaraki Univ. 1, NTT Photonics lab. 2@Nakamura Yusuke 1,Kobayasi Motoaki 1,Yokota Hirohisa 1,Sasaki Yutaka 1,Mori Atsusi 2 |
|
22 |
Light Velocity Surface-evanescent Wave Propagating on Thin Hollow Cylinder Optical Fiber |
Setsunan Univ. 1, Kitasato Univ. 2, Quantum Phase Lab. 3@*Ohke Shigeaki 1, Umeda Tokuo 2, Cho Yoshio 3 |