On behalf of this opto-electronics laboratory, I appreciate all of you for your kind cooperation and your support to us. Thank you very much.
During the last 15 years, we could have welcomed a lot of foreign students from France, Germany, China, Bangladesh, Egypt, Indonesia, Malaysia, and Korea. And we are planning to have some students from Taiwan soon. I fully appreciate for your interest to our laboratory, and am happy to welcome a lot of students from the world.
And, we are very much proud of having sent 16 doctors to the world from our laboratory up to FY 2020. The following is the list;
(1) Zhigang Zang, “High Power Superluminescent Light Emitting Diode (SLED) by Using Active Multi-Mode Interferometer (MMI),” Sep. 2011(2) Haisong Jiang, in Japanese
姜 海松, “アクティブMMI型光RAMメモリ素子に関する研究,” Mar. 2012
(3) Takaaki Kakitsuka, in Japanese
硴塚 孝明, “半導体レーザの発振モード制御による高機能化と通信用光デバイスへの応用に関する研究,” Mar. 2012
(4) Yasuhiro Hinokuma, in Japanese
日隈 康裕, “単一波長アクティブMMIレーザーに関する研究,” Mar. 2013
(5) Daisuke Nakashima, in Japanese
中島 大介, “赤外吸収計測用光導波路に関する研究,” Mar. 2013
(6) Tsuyoshi Ohgo, in Japanese
大郷 毅, “GaAs系半導体発光素子の高機能化に関する研究,” Sep. 2013
(7) Alam Intekhab, “SOI-based Si/Sio2 High-mesa Waveguide for Optical Absorption Sensing”, Sep. 2013
(8) Jiao Chen, “Silica High-Mesa Waveguide for Compact Infrared Sensing System,” Mar. 2014
(9) Yutaka Chaen, in Japanese
茶円 豊, “MMI (Multi-Mode Interference) 型光導波路を利用したモード多重伝送用光デバイスに関する研究,” Mar. 2015
(10) Mohammad Nasir Uddin, “Active Multimode Interferometer Laser Diode (Active MMI-LD) for Future High Speed Communication System,” Sep. 2015
(11) Yasuaki Hashizume, in Japanese
橋詰 泰彰,“導波路型マッハツェンダ干渉回路の高機能・高性能化に関する研究,” Sep. 2015
(12) Hirohito Hokazono, in Japanese
外薗 裕仁, “光導波路のフーリエ変換応用に関する研究,” Mar. 2016
(13) Ryan Imansyah, “High-speed optical mode switch using refractive index change based on current injection,” Sep. 2018
(14) Ahmad Syahrin Idris, “Fundamental research on waveguide fabrication for future photonic circuits,”Sep. 2018
(15) Bingzhou Hong, “High direct modulation speed with space mode selectivity by using active multimode interferometer laser diode,”Mar. 2019
(16) Li Wenying, “Amplifier-assisted cavity ring-down spectroscopy using optical waveguide,” Sep. 2020
This laboratory has been growing still. Device evaluation circumstance has been mainly developed and maintained from 2005 through 2010 where is one of the most advanced evaluation circumstance has been realized. In addition, device fabrication environment has been constructed from 2011. Recently we started to incorporate from AI technology, including automatic device design and computer numerical controlled (CNC) milling machines. The present research environment could carry out "a design - trial manufacture - evaluation" consistently.
On this century, “Environment” has been focused so far. The world is also, not only Japan, going toward high-elderly generation era. Taking account these, we make progress to solve such that social issues by using our technology.
The flag of us is with these. We research and develop opto-electronics for them.
We are looking forward to seeing you at our laboratory.
Kiichi Hamamoto, Professor