International Symposium on
VCSELs and Integrated Photonics

December 17th, Monday
9:30-10:20 Opening session (Chair: K. J. Ebeling, Univ. of Ulm)
9:30-9:40 Opening Address
9:40-10:20 Kenichi Iga (Tokyo Institute of Technology) VCSEL - A small and marvelous device -
10:20-12:20 Session A (Chair: Y.H. Lee, KAIST)
Jack L. Jewell (JDS Uniphase) VCSEL development throughout the bubble and crash
Larry A. Coldren (UC Santa Barbara) High-speed datacom VCSELs at 1310 and 980 nm
Karl J. Ebeling (Univ. of Ulm) VCSEL research at Ulm revisited
Connie Chang-Hasnain (UC Berkeley) High-index contrast grating VCSELs
13:30-15:30 Session B (Chair: L. A. Coldren, UCSB)
Yasuhiko Arakawa (University of Tokyo) Advances in classical and non-classical quantum dot light sources related to VCSELs
Dieter Bimberg (Technical University of Berlin) Merging VCSELs and nanostructures for future ultrafast data communication
Dennis G. Deppe (Univ. of Central Florida) VCSEL scaling and the impact on speed, efficiency, and light emission
Yong Hee Lee (KAIST) 2-D photonic crystal lasers - VCSELs in next dimension
16:00-18:00 Session C (Chair: C. Chang-Hasnain, UC Berkeley)
Kent Choquette (University of Illinois) Pushing the performance of photonic crystal VCSELs
Shing Chung Wang (National Chiao Tung University) GaN-based blue VCSELs - progress and challenges
Markus C. Amann (Technical University of Munich) Buried-tunnel-junction VCSELs for the long wavelength regime
James Harris (Stanford University) GaInNAsSb long wavelength VCSELs
18:00-20:00 Reception

December 18th, Tuesday
9:00-10:30 Session D (Chair: K. Choquette, University of Illinois)
Fumio Koyama (Tokyo Institute of Technology) New functions of VCSEL-photonic devices
Takeshi Nakamura (Fuji Xerox) Recent activities of Fuji Xerox VCSEL - Light source for laser printer and optical link for cell phone -
Akihiko Kasukawa (Furukawa Electric.) Long wavelength GaInNAs(Sb) VCSEL
10:50-12:20 Session E (Chair: J. E. Bowers, UCSB)
Waguih Ishak (Corning Incorporated) VCSELs for interconnects and consumer applications
Hyun-Kuk Shin (Opticis Corp.) VCSEL based optical link modules for high resolution display systems
Takayoshi Anan (NEC) High-speed InGaAs VCSELs for optical interconnections
12:50-14:20 Poster Session
39 poster papers
14:20-15:50 Session F (Chair: D. Bimberg, Technical University of Berlin)
Anders G. Larsson (Chalmers University of Technology) Engineering the optical properties of VCSELs using surface structures
Kevin L. Lear (Colorado State University) Oxide optics in VCSELs
Kohroh Kobayashi (Tokyo Institute of Technology) VCSELs for high-speed highly parallel optical interconnection
16:10-18:40 Session G (Chair: J. Harris, Stanford University)
John E. Bowers (UC Santa Barbara) Silicon photonics: issues and solutions
Diana Huffaker (UC Los Angeles) III-V devices on Si using an IMF growth mode
Shigehisa Arai (Tokyo Institute of Technology) 1.5-1.6 µm wavelength low threshold single-mode lasers consisting of strongly index-coupled structures
Ming Wu (UC Berkeley) Micro-optics, MEMS, and optofluidics
Tetsuya Mizumoto (Tokyo Institute of Technology) Optical isolators for photonic integrated circuits

Poster Session (December 18, Tuesday, 12:50-14:20)
P-1	N. Kanbara1, R. Noda1, N. Asou1, S. Teduka1, N.Fujimura1, M. Ooyama1, T. Watanabe1, T. Hirata1, and N.Nishiyama2 (1Yokogawa Electric Corporation, 2Tokyo Inst. Tech.) 50nm tuning of micromechanically tunable 1.55µm InP-based VCSELs with Si-MEMS technology
P-2	S. Matsuo and T. Kakitsuka (NTT) Frequency modulated widely tunable SSG-DBR laser with optical filtering for extended transmission reach
P-3	S-H Kim, Y. Shoji, and T. Mizumoto (Tokyo Inst. Tech.) Passive waveguide mode converter with GaInAsP/InP waveguide
P-4	Y. Yazaki, Y. Shoji, and T. Mizumoto (Tokyo Inst. Tech.) Demonstration of interferometric waveguide optical isolator with a unidirectional magnetic field
P-5	Y. Shoji and T. Mizumoto (Tokyo Inst. Tech.) SOI-based magneto-optical isolator employing nonreciprocal phase shift
P-6	R. Takei, K. Abe, and T. Mizumoto (Tokyo Inst. Tech.) Room-temperature direct bonding for integrated optical devices
P-7	M. Kumar and F. Koyama (Tokyo Inst. Tech.) Tunable-athermal external cavity based on 3D hollow waveguide for tunable photonic devices.
P-8	A. Fuchida and F. Koyama (Tokyo Inst. Tech.) Proposal and modeling of slow light waveguide optical switches
P-9	T. Takeishi and F. Koyama (Tokyo Inst. Tech.) Giant tuning characteristics of tapered tunable hollow waveguide Bragg reflector
P-10	K. Kuroki and F. Koyama (Tokyo Inst. Tech.) Miniature slow light waveguide modulator
P-11	J. Nakajima and F. Koyama (Tokyo Inst. Tech.) Microfabrication of grating molds by nano-machining process
P-12	A. Imamura and F. Koyama (Tokyo Inst. Tech.) Beam steering and coupling in tunable hollow waveguide with narrow air core
P-13	T. Maruyama1,2, T. Okumura1, H. Yonezawa1, N. Nishiyama1, and S. Arai1,2 (1Tokyo Inst. Tech., 2JST-CREST) GaInAsP/InP membrane DFB laser on SOI substrate using direct wafer bonding
P-14	T. Okumura1, T. Maruyama1,2, H. Yonezawa1, N. Nishiyama2, and S. Arai1,2 (1Tokyo Inst. Tech., 2JST-CREST) Single-mode and high temperature operation of GaInAsP/InP membrane DFB lasers on SOI substrate and its waveguide integration
P-15	S. Sakamoto1, H. Naitoh1, K. Yoshihara1, T. Maruyama1,2, N. Nishiyama1, and S. Arai1,2 (1Tokyo Inst. Tech., 2JST-CREST) Strongly index coupled membrane BH-DFB lasers using surface corrugation grating
P-16	H. Naitoh1, S. Sakamoto1, K. Yoshihara1, T. Okumura1, T. Maruyama1,2, N. Nishiyama1, and S. Arai1,2 (1Tokyo Inst. Tech., 2JST-CREST) GaInAsP/InP membrane BH-DFB laser with Air-Bridge structure
P-17	S. M. Ullah1, S. H. Lee1, R. Suemitsu1, T. Shindo1, N. Nishiyama1, and S. Arai1,2 (1Tokyo Inst. Tech., 2JST-CREST) Dynamic characteristics of distributed reflector laser with wire-like active regions
P-18	S. H. Lee1, S. M. Ullah1, R. Suemitsu1, T. Shindo1, N. Nishiyama1, and S. Arai1,2 (1Tokyo Inst. Tech., 2JST-CREST) Front power monitor integrated with distributed reflector laser with high electrical isolation using deep groove etching
P-19	D. Plumwongrot1, M. Kurokawa1, K. Ozawa1, T. Okumura1, T. Maruyama1,2, N. Nishiyama1, and S. Arai1,2 (1Tokyo Inst. Tech., 2 JST-CREST) Fabrication for dry etching damage reduction of GaInAsP/InP quantum-well laser
P-20	D. Plumwongrot1, M. Kurokawa1, K. Ozawa1, T. Okumura1, T. Maruyama1,2, N. Nishiyama1, and S.Arai1,2 (1Tokyo Inst. Tech., 2JST-CREST) Polarization anisotropy in GaInAsP/InP quantum-wire structures fabricated by dry etching and regrowth process
P-21	M. Kurokawa1, D. Plumwongrot1, Y. Nishimoto1, K. Ozawa1, T. Okumura1, T. Maruyama1,2 N. Nishiyama1, and S.Arai1,2 (1Tokyo Inst. Tech., 2JST-CREST) Temperature stability of GaInAsP/InP distributed feedback lasers by Bragg wavelength detuning
P-22	Y. Higa and T. Miyamoto (Tokyo Inst. Tech.) Theoretical design of carrier injection rate and recombination rate in tunnel injection quantum well lasers
P-23	H. Nakajima, T. Miyamoto, Y. Higa, K. Fujimoto, and F. Koyama (Tokyo Inst. Tech.) Tunneling structure dependence of large I-L kinks in tunnel injection lasers
P-24	T. Nishina, T. Miyamoto, and F. Koyama (Tokyo Inst. Tech.) Study on spatiotemporal phase locking of vertical cavity surface emitting laser array
P-25	S. Suda1, F. Koyama1, N. Nishiyama1, C. Caneau2, and C. E. Zah2 (1Tokyo Inst. Tech., 2Corning Incorporated) Optical nonlinear phase shifter based on vertical micro-cavity saturable absorber
P-26	R. Suzuki, T. Miyamoto, T. Sengoku, and F. Koyama (Tokyo Inst. Tech.) Self-Assembled GaInNAs quantum dot by MOCVD for laser applications
P-27	K. Hasebe1, T. Sakaguchi1, A. Matsutani1, F. Koyama1, N. Nishiyama1, C. Caneau2, and C. E. Zah2 (1Tokyo Inst. Tech., 2Corning Incorporated) Transverse-mode and polarization characteristics of 1.55 µm micromachined VCSELs
P-28	T. Yoshioka, A. Matsutani, and K. Kobayashi (Tokyo Inst. Tech.) VCSELs with an integrated lens for parallel optical interconnections
P-29	P. B. Dayal and F. Koyama (Tokyo Inst. Tech.) Polarization control of 850 nm VCSELs integrated with gold nanorod arrays
P-30	T. Kato, A. Matsutani, T. Sakaguchi, and K. Kobayashi (Tokyo Inst. Tech.) Sub-harmonic active mode-locking in VCSEL with external mirror
P-31	S. Kobayashi, Y. Hashimoto, and H. Munekata (Tokyo Inst. Tech.) Light-induced precessions in ferromagnetic (Ga,Mn)As
P-32	H. Saito1, T. Hino1, Y. Miyamoto1,2, and K. Furuya1,2 (1Tokyo Inst. Tech., 2JST-CREST) InP/InGaAs hot electron transistors controlled by insulated gate toward high-speed circuit operation
P-33	S. Suzuki, N. Kishimoto, and M. Asada (Tokyo Inst. Tech.) Room temperature resonant tunneling diode oscillators at about 600GHz using offset-fed planar slot antennas
P-34	M. Inoue1, M. Kimura1, K. Mitsui2, and K. Kajikawa1,2 (1Tokyo Inst. Tech., 2JST-PRESTO) Plasmonic optical fiber biosensor for small sample volume
P-35	T. Toriibara1, Y. Takanishi2, H. Takezoe1, and K. Kajikawa1 (1Tokyo Inst. Tech., 2Kyoto University) Surface plasmon excitation using periodic structure of ferroelectric liquid crystal
P-36	Y. Tatara, T. Kato, J. Kurumida, H. Uenohara, and K. Kobayashi (Tokyo Inst. Tech.) All-Optical packet path switch using wavelength conversion
P-37	T. Mori, K. Iwasaki, H. Uenohara, and K. Kobayashi (Tokyo Inst. Tech.) A study on the delay selectable fiber type optical buffering system using wavelength converters
P-38	K. Sawada and H. Uenohara (Tokyo Inst. Tech.) A study on performance improvement of a semiconductor integrated optical digital-to-analog converter for label recognition
P-39	M. Suzuki and H. Uenohara (Tokyo Inst. Tech.) A study on all-optical forward error detection and correction technique

Access to Tranomon Pastoral

From TOKYO STATION
Take the Marunouchi subway line to Kasumigaseki Station and transfer to the Hibiya subway line for Kamiyacho Station.
From NARITA AIRPORT
Take the Narita Express to Tokyo Station and then take a taxi or the subway.
From HANEDA AIRPORT
Take the Tokyo monorail to Hamamatsu-cho Station and then take a taxi. (8 minutes)

Detail of travel information is shown in Information page.