Member List
Head Investigator
Principal Investigator of Management Group
Project B02
Principal Investigator
Tetsuya Kawanishi,
Waseda University
Photonic Computing based on Ultimate Optical Modulation
Management Group
- Principal Investigator:
- B02Principal InvestigatorTetsuya Kawanishi,Waseda University
- Co-Investigator:
- A01Principal InvestigatorMichihiro Koibuchi,National Institute of Informatics
- A02Principal InvestigatorSatoshi Kawakami,Kyushu University
- B01Principal InvestigatorAtsushi Uchida,Saitama University
- B03Principal InvestigatorMikio Hasegawa,Tokyo University of Science
- B03Co-InvestigatorRyoichi Horisaki,The University of Tokyo
- C01Principal InvestigatorSatoshi Sunada,Kanazawa University
- C02Principal InvestigatorAkifumi Kasamatsu,National Institute of Information and
Communications Technology
Research A: System Architecture
Project A01
Principal Investigator
Michihiro Koibuchi,
National Institute of Informatics
Photonic Approximate Computing based on Ultimate Nature of Light
Project A02
Principal Investigator
Satoshi Kawakami,
Kyushu University
System Architecture for Optimal
Composition of Photonic Fundamentals
and Applications
Research B: Computing Mechanism
Project B01
Principal Investigator
Atsushi Uchida,
Saitama University
Photonic Computing Based on Complex Photonics
Project B03
Principal Investigator
Mikio Hasegawa,
Tokyo University of Science
Fundamentals and Applications of Photonic Reinforcement Learning Based on Ultimate Nature of Light
Research C: Device Fundamentals
Project C01
Principal Investigator
Satoshi Sunada,
Kanazawa University
Photonic Computing Devices Exploiting Optical Multiplexing
Project C02
Principal Investigator
Akifumi Kasamatsu,
National Institute of Information and
Communications Technology
Fusion of Ultrafast Silicon Analog Circuitry and Photonics
Publicly Offered Research
Project A03
Principal Investigator
Jun Shiomi,
Osaka University
Hybrid Optical-Electrical Processing System for Optical Edge-Computing
Project A03
Principal Investigator
Masanori Takabayashi,
Kyushu Institute of Technology
Hybrid Optical-Electrical AI Hardware with Optical Complex Amplitude as an Input/Output Signal
Project B04
Principal Investigator
Jun Ohkubo,
Saitama University
Modeling of Stochastic Behavior of Laser Dynamics Using Koopman Operator
Project B04
Principal Investigator
Suguru Shimomura,
Osaka University
Parallel Search Type Spatial Photonic Ising Machine Using Spatial-Optical Multiplexing
Project B04
Principal Investigator
Naoya Kuse,
Tokushima University
Integrated Optical Reservoir Computing Using Microresonator Combs as a Wavelength Multiplexing Light Source
Project C03
Principal Investigator
Yuya Shoji,
Tokyo Institute of Technology
Waveguide-Type Optical Spiking Neuron Using Magneto-Optical Conversion
Project C03
Principal Investigator
Takayuki Ishibashi,
Nagaoka University of Technology
Magneto-Optical Diffractive Neural Network
Project C03
Principal Investigator
Toshiharu Saiki,
Keio University
Droplet Robot That Optimizes Its Metabolism and Behavior by Using Optical Processing Integrated with the Environment
Project C03
Principal Investigator
Koichi Takiguchi,
Ritsumeikan University
High-Performance Optical Information Signal Processing Circuit Using Slab Waveguide-Type Optical Fourier Transform Circuit
Project A03
Principal Investigator
Jun Ohkubo,
Saitama University
Koopman operator-based embedding technique of neural networks into optical circuits
Project A03
Principal Investigator
Masanori Takabayashi,
Kyushu Institute of Technology
Spatial light modulation-based neural network with programmable interaction medium
Project B04
Principal Investigator
Suguru Shimomura,
Osaka University
Spatial photonic Ising machine with large-scale and parallel processing based on optical Fourier transformation
Project B04
Principal Investigator
Akira Enokihara,
University of Hyogo
Low-loss photonic matrix computing based on optical spatial modulation in mode-multiplexed transmission
Project C03
Principal Investigator
Yuya Shoji,
Institute of Science Tokyo
On-chip training photonic circuit using MO-conversing spiking neurons
Project C03
Principal Investigator
Munehiro Kimura,
Nagaoka University of Technology
Optical diffractive deep neural network and online learning accelerated by novel polar liquid crystals device
Project C03
Principal Investigator
Naoya Kuse,
Tokushima University
Enhancement of time-domain optical extreme learning machines using ultra-low-loss optical waveguides
Project C03
Principal Investigator
Koichi Takiguchi,
Ritsumeikan University
Research on Programmable Activation Function Generating Optical Circuit for Photonic Computing
Project C03
Principal Investigator
Toshiyuki Amano,
Wakayama University