-Photonic Device Science- |
Professor | Kiyotaka Sasagawa | e-mail:sasagawa |
phone: 0743-72-6050 fax: 0743-72-6052 |
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office: F605 | ||
Adjunct Associate Professor | Hiroyuki Tashiro | e-mail:tashiro |
phone: 0743-72-6050 fax: 0743-72-6052 |
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office: F605 | ||
Adjunct Associate Professor | Makito Haruta | e-mail: m-haruta |
phone: fax: |
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office: | ||
Assistant Professor | Ryoma Okada | e-mail:okada |
phone: 0743-72-6054 fax: 0743-72-6052 |
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office: F604 | ||
PD・ Researcher |
Hironari Takehara |
t-hironari |
Honghao Tang | tang.honghao.ti7 | |
Akihiko Futada | ||
Akihiro Kanda | wcup-kanda | |
Noriaki Matsuura | n-matsuura | |
Secretary | Ryoko Fukuzawa | fukuzawa |
-Research Laboratory on Next Generation Biomedical Engineering- |
Professor | Jun Ohta | e-mail: ohta |
phone: 0743-72-6051 fax: 0743-72-6052 |
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office: Interdisciplinary Frontier Research Complex No.1 3F 306 | ||
Adjunct Professor | Yasuo Terasawa | e-mail: |
phone: fax: |
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office: | ||
Professor(Concurrent post) | Kiyotaka Sasagawa | e-mail:sasagawa |
phone: 0743-72-6050 fax: 0743-72-6052 |
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office: F605 | ||
Adjunct Associate Professor | Makito Haruta | e-mail: |
phone: fax: |
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office: | ||
Specially Appointed Assistant Professor | Yoshinori Sunaga | e-mail: sunaga.yoshinori |
phone: 0743-72-6079 fax: 0743-72-6052 |
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office: Interdisciplinary Frontier Research Complex No.1 3F 306 | ||
PD・ Researcher |
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Kenzo Shodo | shodo | |
Satoshi Yodogawa | yodogawa.satoshi.yr2 | |
Yasumi Ohta (Ph.D) |
ohtay | |
Tso Kuang Chih (Ph.D) |
tso.kuang_chih | |
Virgil Christian Garcia Castillo (Ph.D) |
castillo.virgil_christian.cr3 | |
Mamiko Kawahara |
mamikawa | |
Secretary | Ryoko Fukuzawa | fukuzawa |
-Student- |
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D2 Spring | Yuki Nakanishi | nakanishi.yuki.nw7 |
D1 | Arporn Promking | promking.arphorn.pd0 |
D1 Fall | Wisaroot Sriitsaranusorn | sriitsaranusorn.wisaroot.sv7 |
Eiji Ototsuki | ||
M2 Speing | Subaru Iwaki | iwaki.subaru.iq6 |
Takaya Hattori | hattori.takaya.hp8 | |
Tsubasa Yamakata | yamakata.tsubasa.ys8 | |
M1 Spring | Yoshinori Kawabe | kawabe.yoshinori.ky8 |
Shunsuke Segawa | segawa.shunsuke.st1 | |
Katsuya Hyodo | hyodo.katsuya.hk5 | |
M1 Fall | Chen Kuan Hsun | chen.kuan_hsun.ck9 |
M1 Fall(DD) | Kulanit Lanamkham |
professor | Jun Ohta | Retired on March 31. Prof. Ohta will continue his responsibilities as Executive Director & Vice President and Professor of the Institute of Research Initiatives at the NAIST. |
Specially Appointed Assistant Professo | Hironari Takehara | Retired on March 31. |
Assistant Professor | Makito Haruta | Moved to Chitose Institute of Science and Technology (CIST) as an Associate Professor on April 1, 2023. | Post Doctral Fellow | Rebusi Romeo Brioso (Ph.D) |
Resigned on Aug.31, 2022. | Adjunct Assistant Professor | Akira Masuda | Resigned on June.30, 2022. Move to SHIN NIPPON BIOMEDICAL LABORATORIES, LTD., | Post Doctral Fellow | Erus Rustami (Ph.D) |
Resigned on Mar.31, 2021. After returning to Indonesia, he will be a lecturer at IPB University. | Researcher | Tomoo Oku | Resigned on Mar.31, 2021. | Researcher | Juri Hotta | Resigned on Mar.31, 2021. |
Researcher | Madoka Shimada | Resigned on November 30, 2019. |
Associate Professor | Takashi Tokuda | Moved to Laboratory for Future Interdisciplinary Research of Science and Technology (FIRST), Institute of Innovative Research (IIR), Tokyo Institute of Technology as a Professor on April 1, 2019. |
Post Doctral Fellow | Ayaka Kimura | Moved to Jikei University School of Medicine as a postdoctoral fellowon April 1, 2019. |
Post Doctral Fellow | Yoshinori Sunaga | Moved to University of Houston as a postdoctoral fellow on April 1, 2019. |
Researcher | Rika Takahashi | Resigned on Mar.31, 2019. |
Assistant Prof. | Toshihiko Noda | Moved to Toyohashi University of Technology, as an associate professor on Oct. 1, 2018. |
Researcher | Hironari Takehara | Promoted to a Specially Appointed Assistant Professor from Postdoctoral Researcher on Oct. 1, 2018. |
Researcher | Yoshiko Noda | Resigned on Sep. 30, 2018. |
Assistant Prof. | Hiroaki Takehara | Moved to School of Engineering, University of Tokyo, as an assistant professor on Oct. 1, 2016. |
Researcher | Yasumi Ohta | Resigned on Mar. 31, 2016. |
Researcher | Mayumi Motoyama | Resigned on Feb. 29, 2016. |
Secretary | Kazumi Matsumoto | Resigned on May 31, 2015. |
Researcher | Yoshiko Noda | Resigned on April 30, 2015. |
Researcher | Yasuyo Maezawa | Resigned on March 31, 2014. |
Researcher | Ai Hachisuka | Resigned on August 31, 2013. |
Post Doctral Fellow | Takuma Kobayashi | Moved to Research Institute of Oriental Medicine, Kinki University, as an assistant professor on July 1, 2012. |
Post Doctral Fellow | Ayato Tagawa | Joined to Sysmex corp. in May, 2011. |
Post Doctral Fellow | Yumiko (Noguchi) Hatanaka | Moved to the National institute for physiological sciences in April, 2011. |
Post Doctral Fellow | David C. NG | Moved to the Unversity of Melbourne on April 9, 2008. |
Professor | Masahiro Nunoshita | Retired on March 31, 2008. |
Assistant Professor | Keiichiro Kagawa | Moved to Laboratory of Information Photonics, Department of Information and Physical Sciences, Graduate School of Information Science and Technology, Osaka University as an associate professor on October 1, 2007 |
Secretary | Yuki Asano | Resigned on December 31, 2003. |
Year and month of completion of the courses | Name | Title |
Sep. 2024 | Thanaree Treepetchkulr | The Development of a Miniaturized Wireless System for Implantable CMOS Imaging Devices (doctral dissertation) | Virgil Christian Garcia Castillo | Improving brain-implantable imaging devices by image segmentation algorithm and integration with laser-induced carbon electrode (doctral dissertation) | Ryoma Okada | Study on high-frequency electric field imaging system using CMOS image sensor with on-pixel polarizers (doctral dissertation) |
Wisaroot Sriitsaranusorn | Development of low-voltage CMOS retinal prosthesis chip with increased source/sink current range | |
Mar. 2024 | Shuhei Nomura | Electrochemical characterization of porous stimulation electrodes for a suprachoroidal–transretinal stimulation retinal prosthesis under longterm in vivo stimulation (doctral dissertation) | Takuro Kono | Development of micro-hermetic packages and multilayer flexible circuit boards for retinal prostheses (doctral dissertation) | Ronnakorn Siwadamrongpong | Development of implantable multifunctional sensing system for fluorescence imaging and fast-scan cyclic voltammetry (doctral dissertation) | Pan kaige | Development of Multi-layer Flexible Retinal Prosthetic Devices with CMOS Smart Electrodes for Minimal Invasiveness (doctral dissertation) |
Yoshihiro Akamatsu | Exposure time control method of polarization image sensor for improving signal to noise ratio in high frequency electric field imaging | |
Yuki Ito | Front light structure for fluorescence excitation in miniaturized imaging device | |
Tamayo Sano | Fabrication and evaluation of fluorescence imaging device for neural activity in the nucleus accumbens under optical stimulation in the ventral tegmental area | |
Keinoshin Takada | Studies on high image quality of near-infrared multispectral fundus camera with fixation target accommodating for high refractive anomalies and on radiation-resistant RGB filter | |
Naruhisa Yoshida | Fabrication and evaluation of CMOS chip-based flexible retinal prosthesis devices for multiple module structure | |
Keigo Yoroi | Angle selective pixels with asymmetric structure for improving spatial resolution of lensless image sensor | |
Ouyang Xinyuan | Fabrication process of a retinal prosthesis device with CMOS smart electrodes on parylene thin film substrate | |
Sep. 2023 | Latiful Akbar | Application of in vivo CMOS imaging device with microdialysis and optogenetics for studying serotonergic neurons in pain modulation (doctral dissertation) | Natcha Kulmala | Development of Lensless Imaging Device with Hybrid Filter for Dual-color Fluorescence and Time-lapse Cell Observation (doctral dissertation) | Joshua Philippe Olorocisimo | Neuroengineering a brain-implantable imaging device and photostimulator toward a closed-loop system for seizure control (doctral dissertation) |
June 2023 | Motoshi Sobue | Development and evaluation of image sensor and image processing technologies for practical use of near-infrared color fundus camera(doctral dissertation) |
Mar. 2023 | Kenji Sugie | Improvement of spatial resolution and integration of extracellular recording in an implantable CMOS image sensor (doctral dissertation) | Nicha Sato | Metal-oxide nanoparticles-modified microelectrode for neurotransmitters detection by fast-scan cyclic voltammetry (doctral dissertation) | Tang Honghao | Multichannel bandpass mosaic filter for spectral imaging in near-infrared fundus camera (doctral dissertation)) |
Yuki Nakanishi | Design of AC-powered CMOS chip and high-speed operation system for retinal prosthesis | |
Takanori Hagiwara | Fabrication process of multi-module retinal prosthesis with CMOS smart electrodes | |
Atsushi Fujita | Development of fluorescence imaging and analysis methods for nicotine stimulation-induced neural activity in two deep brain regions | |
Yusuke Horiki | Applications of dielectric multi-layer optical filters to near-infrared color fundus camera and radiation-resistant image sensor | |
Sep. 2022 | Barbara Teixeira Sais | Miniaturized device for simultaneous imaging and electrophysiology signal acquirement and fluorescence image processing in vivo and in vitro (doctral dissertation) |
Pakpuwadon Thanet | Development of self-reset image sensor with high signal-to-noise ratio for in-vivo imaging (doctral dissertation) | |
Kyosuke Naganuma | Multifunctional Implantable Device with Hybrid Integration for Electrophysiological and Optical Measurements into Rodent's Deep Brain (doctral dissertation) | |
Mark Christian Guinto | Head-mounted CMOS-based imaging devices for probing mesoscale dynamics of mouse brain activit (doctral dissertation) | |
Mohamad Izzat Azmer Bin Adnan | Development of a miniaturized light source with an excitation filter for in-vivo imaging (doctral dissertation) | |
Mar. 2022 | Yasuto Mori | AC-driven retinal prosthesis and the control system for chroinc stimulation (doctral dissertation) | Wang Ze | Design and fabrication of a multi-spectral near-infrared fundus camera with a patterned interference filter for light scattering detection (doctral dissertation) | Romeo Brioso Rebusi | Application of CMOS-based Devices for Dual-site Fluorescent Imaging of Pain Processing Brain Regions (doctral dissertation) |
Ryoma Okada | Highly sensitive detection of polarization change by on-pixel polarizer CMOS image sensor | |
Noriaki Kishida | Miniaturization of near-infrared fundus camera with improved image quality single-chip sensor and a novel eye fixation target | |
Kazuki Kurasawa | Detachable head-mounted CMOS imaging device for monitoring cerebral blood-flow and fluorescence of mice | |
Ryota Shiotani | High-efficiency control circuits for multi-channel retinal prosthesis | |
Mizuki Hagita | Fabrication process of flexible devices using CMOS smart electrodes for artificial retina | |
Takaaki Murakami | Simultaneous measurement of neuronal dynamics induced by chemical stimulation with deep brain fluorescence imaging and microdialysis | |
Sep. 2021 | Kuang-Chih Tso | Development of honeycomb-type retinal prosthesis devices integrating a smart CMOS system and chemically-derived iridium oxide electrodes (doctral dissertation) |
Treepetchkul Thanaree | Development of Dual-color Fluorescence Imaging System through Lensless Devices with a Wireless Integration Option | |
Mar. 2021 | Ronnakorn Siwadamrongpong | Miniaturization of multi-modal sensing system dedicated to the implantable CMOS image sensors |
Masayuki Uemura | Optimization of spectral characteristics of mosaic multilayer interference filter and the application to human fundus imaging for near-infrared fundus camera | |
Taisuke Saigo | Implantable micro imaging devices with multi- function for chronic measurement of brain activity | |
Ryo Hasegawa | Design and implementation of CMOS rectification circuit for AC-drive retinal prosthetic device with smart electrode | |
Mana Hasegawa | Function evaluation and reliability improvement of devices for photo-stimulation in mouse deep brain | |
Yuki Fukunari | Fabrication of CMOS smart electrodes using ceramic and parylene composite substrate for retinal prosthesis | |
Sep. 2020 | Nattakarn Wuthibenjaphonchai | CMOS-based Optical Power-Transfer System for Implantable and Wearable Medical Devices (doctral dissertation) | Erus Rustami | Fabrication and Evaluation of Thin Composite Emission Filters for Implantable Fluorescent Micro-Imagers in the Deep Brain (doctral dissertation) |
Natcha Kulmala | Development of Hybrid Filters for Dual-color Fluorescence Imaging Using Lens-free Device | |
Mar. 2020 | Hiroki Endo | Study on implementation of CMOS smart electrodes for retinal prosthesis with ceramic substrates toward intraocular implantation |
Tasuku Kawasaki | Study on brain-implantable optogenetic device for neurotransmitter release | |
Takahiko Kondo | Study on mosaic mutilayer inteference filter embeded on an image sensor for infrared colorizing fundus camera | |
Kenji Sugie | Study on implantable CMOS image sensor with angle-selective pixels | |
Chang Chia-Chi | Efficient AC power supply circuit design for high-resolution retinal prosthesis device based on CMOS smart electrodes | |
Maho Hata | Fundamental study on power receiving module for AC-driven retinal prothesis devices | |
Dec. 2019 | Hee Wan-Shen | Development of lens-free dual-color fluorescence imaging device for Förster Resonance Energy Transfer (FRET) Imaging (doctral dissertation) |
Sep.2019 | Pakpuwadon Thanet | Improvements in functionality and fabrication process of the implantable optogenetic stimulator |
Mark Christian Guinto | Basic design and evaluation of CMOS-based optical energy harvesting devices for biomedical and IoT applications | |
Mar. 2019 | Aiki Kameyama | Study on lensless imaging device equipped with hybrid filter and its application for in-vitro FRET measurement system |
Yusuke Kawano | Review on vehicle mounted camera and related imaging technology for driving support | |
Daiki Shirahige | Study on on-chip interference filter and its application for near-infrared color fundus camera | |
Keisuke Terada | Study on fabrication process of CMOS smart electrodes for retinal prosthesis toward chronic implantation | |
Kyosuke Naganuma | Study on heat transfer characteristics of implantable optical stimulation devices | |
Yasuto Mori | Study on AC-driven CMOS smart electrode device for retinal prosthesis | |
Mar. 2018 | Mariko Kuwabara | Study on long-term recording system and analysis of electrochemical properties of stimulation electrode for safety evaluation of visual prosthesis(doctral dissertation) |
Yukari Nakano | Study on Stimulation Parameter Optimization of Retinal Prostheses Using Suprachoroidal Transretinal Stimulation(doctral dissertation) | |
Takumi Fujisawa | Research of high performance material and structure for stimulation electrode for retinal prosthesis (doctral dissertation) | |
Hajime Hayami | Study on a Distributed-Implantable Miniaturized Imaging Device for Broad Area Brain Function Measurement(doctral dissertation) | |
Takahiro Yamaguchi | Studies on signal-to-noise ratio and flexibility improvement of implantable imaging devices (doctral dissertation) | |
Narihito Ikeda | Study on lensless on-chip fluorescence measurement system with hybrid filter for digital ELISA | |
Takaaki Ishizu | A Study of Implantable micro optical stimulator with optical wireless power transfer | |
Akari Shiraishi | Study on Optical Stimulation to Brain Cortex of Primates and Rodents by Implantable Devices | |
Kenta Nakamoto | Study on on-chip lensless two-color fluorescence detection device for in-vitro FRET measurement | |
Shinya Nishimura | Study on CMOS smart electrodes for retinal prosthesis enabling multipoint stimulation | |
Koki Fujimoto | An Implantable CMOS imaging device with thin light sources for high sensitivity fluorescence measurement | |
Shunsuke Miyazaki | Functional demonstration of near-infrared multispectral fundus imaging device for personal healthcare | |
Sep. 2017 | Nattakarn Wuthibenjaphonchai | Basic design and evaluation of CMOS-based optical energy harvesting devices for biomedical and IoT applications |
June 2017 | Shinzo Koyama | Study on multi-functionality improvement in an imager by micro-optics on a chip(doctral dissertation) |
Mar. 2017 | Yoshinori Sunaga | Study on fluorescence detection sensitivity of implantable CMOS imaging device for measuring brain activities in freely moving mice (doctral dissertation) |
Hiroyuki Tashiro | Study on high performance electrode array and evaluation method for visual prostheses based on suprachoroidal-transretinal stimulation (doctral dissertation) | |
Anek Wuthayavanich | Small implantable CMOS fluorescence imaging device with compact processing system for the detection of nitric oxide (doctral dissertation) | |
Satoru Iwasaki | Basic structure of flexible brain stimulation / measurement device with integrated coaxial optrode | |
Kazutaka Osawa | Contact imaging type fluorescence measurement device integrated with microfluidic chips for cellular analysis | |
Yuji Katsuragi | Intravital optical communication devices using implantable hydrogel light guides | |
Ryo Kobe | A study on performance enhancement of stimulus electrodes of subretinal prosthesis devices for high spatial resolution | |
Atsushi Nakatsuka | Performance improvement of polarization – analyzing CMOS image sensor for in situ chiral measurement systems | |
Yuta Nakamoto | Optimization of a lensless digital ELISA system with a light pipe array for single molecular fluorescence imaging | |
Akito Yoshimura | Study on the optimization of assembly process of a retinal prosthesis device using smart electrodes with built-in CMOS microchips aiming for a multi electrode array | |
Mar. 2016 | Toshikazu Kawamura | Studies on CMOS-Based Implantable Glucose Sensors with a Glucose-Responsive Fluorescent Hydrogel (doctral dissertation) |
Ryohei Kawasaki | A Study on the Performance Improvement of Smart Electrode Device with Built-in CMOS Microchips for Retinal Prosthesis | |
Mizuki Nagasaki | A Study on Lensless Digital Enzyme-Linked Immunosorbent Assay (ELISA) System Using Light Pipe Array | |
Kengo Nagata | Implantable CMOS Sensors and Image Data Transmission with Optical Communication in Biological Tissues | |
Satoki Noguchi | CMOS-based Multimodal Neural Interface Device for Wide Area Coverage | |
Megumi Hayashi | A Study on the Structure and Fabrication Process of Electrodes for Subretinal Prosthesis | |
Tomohiro Hirai | A Study on Implantable Glucose Sensor Using Fluorescent Hydrogel with Optical Power Supply | |
Masaaki Honda | Performance Improvement of Polarization-Analyzing CMOS Image Sensor and in situ Chiral Analyzing System for Micro Reactor | |
Mar. 2015 | Hironari Takehara | A compact lensless digital enzyme-linked immunosorbent assay (ELISA) system using a CMOS image sensor for fluorescence detection (doctral dissertation) |
Naoya Kamiyama | Functional verification of CMOS-based opto-electorinic neural interface device for optogenetics | |
Kazuki Kitaguchi | Optimization of a CMOS image sensor for fluorescence detection dedicated to lensless digital ELISA | |
Zijun Jin | Research of CMOS-based neural interface device amplifier | |
Hajime Hayami | Performance improvement of implantable CMOS image sensor for intra-brain imaging by using body-channel communication technique | |
Takumi Fujisawa | Study on AC power supplying and functional validation of smart electrodes with built-in CMOS microchips for retinal prosthesis | |
Keita Masuda | Performance improvement of CMOS-based implantable glucose sensor using fluorescent hydrogel | |
Takahiro Yamaguchi | Development of an implantable CMOS image sensor with self-reset function for brain imaging | |
Mar. 2014 | Makito Haruta | An ultra-small implantable CMOS imaging device for measuring brain functions on freely moving animals(doctral dissertation) |
Norimitsu Wakama | Application of in situ chiral analysis system using polarization-analyzing CMOS image sensor for micro-reactor systems(doctral dissertation) | |
Yoshiaki Ishii | The study about body-channel communication for minimally invasive of implanted CMOS Image Sensor in brain | |
Kazuhiro Uejima | Study on implantable glucose monitoring device based on CMOS image sensor with fluorescent hydrogel | |
Shohei Kurogi | Development of CMOS chips for minimally invasive neuralinterface device | |
Yoshinori Sunaga | A study on detection sensitivity of CMOS image sensor for brain functional imaging | |
Shun Nakajima | Study on CMOS-based Neural Interface Device for Optical Stimulation and Electrical Measurement | |
Yusuke Fujimoto | Study of Smart Electrode with Built-in CMOS Microchips for Retinal Prosthesis Device | |
Kazuya Miyazawa | Sensitivity improvement of CMOS imaging device for digital enzyme-linked immunosorbent assay | |
Mar. 2013 | Yi-Li Pan | Development of Stimulus Electrodes for High Resolution Retinal Prosthetic Devices(doctral dissertation) |
Yosmongkol Sawadsaringkarn | CMOS-based optoelectronic neural interface device for optogenetics and fluorescence imaging(doctral dissertation) | |
Daisuke Okabayashi | A lensless on-chip imaging device using a CMOS image sensor for digital enzyme-linked immunosorbent assay | |
Chikara Kitsumoto | Image quality improvement and invasive reduction of an implantable CMOS image sensor for in vivo brain imaging | |
Nobuya Tachikawa | Development of CMOS sensing circuits for an implantable glucose monitoring device | |
Yukie Higashimaru | Fabrication and Functional Evaluation of a Spinal Cord Stimulation and Recording Device with CMOS Microchips | |
Yuki Hiramatsu | A study on smart-electrode architecture with CMOS microchips for a retinal prosthetic device | |
Tomoaki Miyatani | Performance Improvement of a CMOS Sensor Device with an Integrated Micro Light Source Array for Optogenetics | |
Shogo Yokota | A study on intra-body signal transmission of brain-implantable CMOS image sensor | |
Mar. 2012 | Arata Nakajima | Optoelectronic neural stimulation and recording devices based on CMOS integrated circuits technologies (doctral dissertation) |
Keisuke Ando | Research on performance improvement of CMOS image sensors integrated with micro-optical devices | |
Takasuke Ito | Studies on improvement of stimulus and recording functions of a neural interface device with CMOS microchips | |
Yuki Oda | Research on image quality improvement of on-chip fluorescence measurement using a CMOS image sensor | |
Takuya Kitao | Studies on a CMOS-based retinal stimulator for wide viewing angle | |
Hiroshi Kimura | A CMOS image sensor integrated with an LED array for optogenetics applications | |
Hitoshi Matsuoka | Development of microreactor-compatible in situ chiral analysis system using polarization-analyzing CMOS image sensor | |
Hiroyuki Masuda | Improvement of an implantable CMOS image sensor for highly sensitive fluorescence imaging and multi-area functional imaging in a brain | |
Mar. 2011 | Sanshiro Shishido | Development of functional CMOS image sensors for biomedical applications (doctral dissertation) |
Masakazu Kuwayama | Wireless in vivo functional brain imaging in freely moving mouse with CMOS image sensor | |
Yuki Sagawa | Functional design and proof of flexible brain stimulation and measurment device with CMOS chip | |
Hiroshi Taneda | Development of CMOS image sensor with light guide array structure for high spatial resolution in vivo fluorescent imaging | |
Shingo Tomimatsu | Development of CMOS retinal stimulator with bullet-shape Pt electrode | |
Yuji Fujioka | High precision of a polarization-analyzing CMOS image sensor and application for in stiu chiral measurement | |
Yuki Mizuta | Improvement of image quality of implantable functional brain imaging system | |
Ayumu Murakami | High performance retinal stimulator with penetration electrode structure | |
Dec. 2010 | Ayato Tagawa | Development a multimodal CMOS sensor for brain functional sensing (doctral dissertation) |
Mar. 2010 | Kyosuke Minakawa | Study on micro-chemical devices based on complementary-metal-oxide-semiconductor technologies (doctral dissertation) |
Yasuhiro Oguro | CMOS image sensor for brain activities by an optical imaging method | |
Akihiro Kakeda | Studies on stimulus circuits and stimulus electrodes employed in a CMOS chip for retinal prosthesis | |
Hiroya Shimohata | In situ chiral analyzing CMOS sensor module for micro flow system | |
Yoichi Takeuchi | Functional demonstration of a multi-chip retinal stimulator with light controlled and multisite stimulation capability | |
Masahide Fujiwara | Research on multipoint electro-optic imaging by CMOS image sensor | |
Masahiro Mitani | In vivo brain imaging by a CMOS image sensor mounted with a light guide array structure | |
Hiroki Minami | Realtime molecular imaging in the brain of freely moving mouse with a CMOS image sensor | |
Mar. 2009 | Yasuo Terasawa | Visual prostheses based on suprachoroidal-transretinal stimulation (doctral dissertation) |
Takaaki Miyashita | High accuracy wavefront aberration measurement technologies for microlenses and their application to international standards (doctral dissertation) | |
Shigeki Sawamura | Studies on retinal prosthesis devices for light-controlled and simultanerous multi-site stimulation | |
Tetsuya Sugiyama | Development of a light guide array structure for in vivo brain imaging using CMOS image sensor | |
Ayato Tagawa | Development of a multimodal CMOS sensor for brain functional sensing | |
Asako Higuchi | In vivo functional brain imaging in freely moving mouse with CMOS imaging devices | |
Kohei Hiyama | Development of a flexible retinal prosthesis device with an optically controlled stimulation function | |
Keisuke Yagyu | A study on a sub-retinal implant device with a signal processing function | |
Hirofumi Yamada | Polarization-analyzing CMOS image sensor with monolithically embedded polarizer | |
Mar. 2008 | Yuji Nakama | Fabrication of precision-controlled Ⅳ-semiconductor nanocrystals using bio-nanoprocess (doctral dissertation) |
Ryosuke Asano | Development of a CMOS-based flexible retinal stimulator for animal experiments | |
Sho Sato | A CMOS sensor for analysing polarization in micro chemistry | |
Sanshiro Shishido | A dedicated CMOS image sensor for medical applications with low operation voltage and low power consumption | |
Itsuki Nagahata | A study on high-speed CMOS imager with multi-point simultaneous reception for optical wireless LANs | |
Taro Mizuno | Development of a CMOS-based bioimplantable sensor device for in vivo functional brain imaging | |
Tomoya Miyawaki | Research on fundamental component of wavelength-division-multiplexed optical wireless LAN with a CMOS image sensor | |
Mar. 2007 | Yudai Adachi | Image evaluation of wide dynamic range CMOS image sensor by fusion of active and passive pixel sensors |
Issei Kadowaki | Detection of DNA using optical/potential dual-image CMOS sensor | |
Tatsuya Sasaki | Low voltage/low power consumption CMOS image sensor for high resolution | |
Sachie Sugitani | Multi-chip LSI-based retinal ptosthesis devices for high density stimulation | |
Mari Taniyama | Multi-chip LSI-based retinal stimulation device and stimulus electrodes for high efficiency stimulation | |
Takuma Nakagawa | Development of advanced implantable CMOS image sensors for functional brain imaging | |
Keiji Nomura | Wavelength-division-multiplexing free-space optical data transmission using a CMOS image sensor | |
Kyosuke Minakawa | Crystallinity evaluation and solid phase epitaxy growth of β-FeSi2 nano-crystal in a-Si with Fe nano-dots prepared by bio-nano-process | |
Mar. 2006 | David C. Ng | Development of CMOS image sensors for subretinal stimulation and on-chip bioimaging of the brain (doctral dissertation) |
Tetsuo Furumiya | Retinal prosthesis devices using pulse frequency modulation vision chips (doctral dissertation) | |
Koji Yamamamo | CMOS image sensors with the function of detecting modulated light based on alternative charge transferring method and high-speed readout of multiple reagion-of-interest method (doctral dissertation) | |
Yosuke Katsura | Construction of β-FeSi2 nano-crystal with bio-nano-process | |
Masayuki Kawada | Development of an implantable multi-chip neural stimulation device for retinal prosthesis | |
Kunihiro Tanaka | Optical and electrochemical composition imaging CMOS sensor with on-chip biosensing | |
Yugo Nose | Wide dynamic range CMOS image sensor by fusion of active and passive pixel sensors | |
Masamichi Matsuo | Development of an implantable CMOS image sensor for in vivo brain imaging | |
Akio Yamamoto | Optical and potential dual-image CMOS sensor for on-chip DNA microarray analysis | |
Shinya Yamamoto | A low-voltage pulse-frequency-modulation vision chip with in-pixel digital image processing circuits for retinal prosthesis | |
Akihiro Yoshida | Design of image sensor for wavelength-division-multipled optical wireless LANs and experimental verification of photoreceiver circuits | |
June 2005 | Kotaro Yasuoka | Highly functional PFM photo sensors for retinal prosthesis device |
Mar. 2005 | Akihiro Uehara | Study on retinal prosthesis devices based on distributed sensor network (doctral dissertation) |
Takashi Ikeuchi | Study on crosstalk suppression between imaging and communication modes on vision chip for optical wireless LAN | |
Ryuta Iwai | Optical nonliniality characterization of heavy metal oxide doped tellurite glasses | |
Hideki Okamoto | Study on pulse modulation CMOS image sensor for bio-imaging | |
Fuyuka Shiraishi | Characterization of photo receiver circuits for pulse frequency modulation | |
Yuji Nakama | Study on size and position controlled fabrication of Si nano crystals | |
Akiko Fujiuchi | Study on WDM optical wireless communication with wavelength-multiplexing diffractive phase element | |
Daisuke Mori | Study on image sensor for eye-safe light fabricated by backside wafer fusion | |
Mar. 2004 | Koji Kichise | Study on highly pricise mask pattern fabrication and resist pattering process in X-ray lithography (doctral dissertation) |
Hiroshi Watanabe |
Improvement of quality and resolution of mask pattern transfer in X-ray lithography (doctral dissertation) | |
Kiyotaka Sasagawa | Study on highly functional rare-earth-doped optical fiber and microsphere lasers (doctral dissertation) | |
Hiroaki Asazu | Study on high-speed optical wireless communication using CMOS image sensors | |
Yu Oya | Study on high-resolution and low-noise image sensor for optcal modualtion detection | |
Tomoaki Kawakami | Stydy on CMOS image sensor for optical wirelss communication and optical routing technique | |
Yoshihisa Sakano | Fabrication of micro-origami structure with Si/SiGe epitaxial crystal on Si substrate | |
Yohei Maeda | Fabrication of Si nanocrystals by ion implantation | |
Zen-o Yonezawa | Fabrication and optical nonlinearlity characterization of tellurite glasses | |
Mar. 2003 | Hiroaki Nakanishi | Study on silica based microchip electrophoresis systems and micro reactors by hydrofluoric acid bonding (Doctoral dissertation) |
Motoki Okinaka | Growth of GeC alloy using arc plasma gun as novel C molecular source (Doctoral dissertation) | |
Keiichi Isakari | Study on vision chip for body implantation - chip thinning, operation under bending, and commnication outside the body - | |
Kazushi Kusawake | Fabrication and characterization of tellrite glasses for optical fiber Raman amplification | |
Tomohiro Nishimura | Study on CMOS image sensor for optical wireless LAN and communacation routing method | |
Tetsuya Hayashi | Study on SiGe photodetectors on SOI substrate | |
Daisuke Fujiu | Fabrication and characterization of Pb-based ferroelectric micro optical devices | |
Tetsuo Furumiya | Study on pulse-frequency-modulation vision chip for retinal prosthesis device | |
Koji Miyatake | Crystallinity improvemnt of GeC alloy grown by MBE using arc plasma gun | |
Koji Yamamoto | Image quality improvement of image sensor for optical modulation detection | |
Mar. 2002 | Shinobu Tamaoki | Highly functional Tm-Ho codoped fluoride fiber lasers |
Takashi Nakano | Improvement of crystallinity and characterization of PLZT film for optical devices | |
Hirokatsu Nakayama | Fabrication and characterization of SiGe based LED | |
Yasumasa Hamana | Growth of GeC alloy using a novel C molecular source, arc plasma gun | |
Takao Hirai | A vision chip for optical modulation detection | |
Norikatsu Yoshita | A highly functionl vision chip based on pulse furequency modulation | |
Hiroshi Wakasa | Study on CMOS image sensor for omni-directional camera, HyperOmniVision | |
Mar. 2001 | Makoto Ohta | Study on SiGe/Si crystal growth by MBE and elctrical and optical charactraization |
Hirohiko Sakata | Study on vision chip based on pulse frequency modulation | |
Kiyotaka Sasagawa | Study on polarization controlled scanning near-field optical microscopy | |
Ryoichi Dansho | MBE growth of GeC crystal using arc plasma gun | |
Naoyuki Tokida | A vision chip with SiGe photodetectors | |
Yasunori Hattori | Study on surace and boundary structure of MBE grown SiGe/Si by CAICISS | |
Shuji Yoshida | Optical measuremnt of fine structure in ferroelectric film | |
Mar. 2000 | Jun Akazawa | Development of intelligent image sensors for modulated light detection |
Harunori Iwai | Observation of Ge/Si film grown process by CAISSIS | |
Akihiro Uehara | Development of vision chips based on pulse modulation scheme | |
Hirofumi Ukita | Study on polarization dependence of optical near-field images | |
Hiroshi Ohji | Opical characteristics observation of ferroelectric films by scanning near-field microscopy | |
Motoki Okinaka | Study on surface structure of MBE-grown SiGe/Si by CAISSIS |