Department of Information and Physical Sciences,
Graduate School of Information Science and Technology, Osaka University
 |
Laboratory of Information Photonics In contrast to natural science unraveling the principles and the laws of the nature, science and technologies treating man-made artificial systems become important. Information science is nothing but the key academic field and various approaches are advancing. Especially, in the current world, importance of theories, systems, and software is recognized. Against the background, our laboratory proceeds researches and education focussing on "Information Photonics" in which "Light" familiar with our lives and having great potentials is utilized. Our goals are to master the use of "Light" and to present methodologies for solving a wide range of problems in the real world. We are developing new technologies and demonstration systems based on photonics, information science, image science, molecular biology, mathematical engineering, etc. Through these researches, we expect students will acquire abilities in both the natural and the artificial sciences required in a forthcoming society.What's New
2023.12.17-12.20
We gave the following talk at The 13th Korea-Japan Workshop on Digital Holography and Information Photonics (DHIP2023) Yusuke Ogura et al: Polarization-structuring holography and its application to polarization imaging [Invited] Suguru Shimomura: Function enhancement of spatial photonic Ising machine using optical multiplexing [Invited] Kazuki Yamanouchi et al: Design of effective quantum dot networks for application to reservoir computing Daichi Tasaki et al: Aerial prompter using AIRR that allows the performer and audience to see the script from two directions at the same time 2023.12.12 The following paper was published in Optics Express (Editors's Pick) Takumi Sakabe et al: Spatial-photonic Ising machine by space-division multiplexing with physically tunable coefficients of a multi-component model 2023.12.5-12.7 We gave the following talk at International Workshop on Holography and related technologies (IWH2022&2023) Jun Tanida and Ryoichi Horisaki: Computational Frameworks for Advanced Imaging and Holography [Plenary talk] 2023.10.24 The following paper was published in Applied Optics Ryosuke Mashiko et al: Extrapolated speckle-correlation imaging with an untrained deep neural network 2023.10.16 The following book was published by Springer Nature Hideyuki Suzuki et al: Photonic Neural Networks with Spatiotemporal Dynamics The following chapters were published in this book Jun Tanida: Revival of optical computing (Chapter 1) Yusuke Ogura: Spatial Photonic Ising Machine with Time/Space Division Multiplexing (Chapter 8) Suguru Shimomura: Reservoir Computing Based on Iterative Function Systems (Chapter 11) 2023.9.29 GHANEM's international internship has been completed and returned to her home country. 2023.9.8-9.9 We gave the following talk at Information Photonics 2023 (IP2023) Jun Tanida: Optical Computing and Information Photonics-Past, Present, and Future- [Keynote] Yusuke Ogura et al: Polarization-structured computer generated holography [Invited] Naoya Tate et al: Performance analysis of spatio-temporal optical reservoir models based on quantum dot network structural features [Invited] 2023.9.4-9.7 We gave the following talk at The 12th Asia-Pacific Laser Symposium (APLS 2023) Suguru Shimomura et al: Performance enhancement of spatial photonic Ising machine through parallel processing via space-division multiplexing 2023.9.1 The following paper was published in Optical Review Hideyuki Muneta et al: Single-shot blind deconvolution in coherent diffraction imaging with coded aperture 2023.8.28-9.1 We gave the following talk at The 14th Japan-Finland Joint Symposium on Optics in Engineering (OIE2023) Yusuke Ogura et al: Computer generated holograms that generate a polarization-structured spot array [Invited] 2023.8.7 The following paper was published in Physical Review Letters Hiroshi Yamashita et al: Low-Rank Combinatorial Optimization and Statistical Learning by Spatial Photonic Ising Machine 2023.7.1 GHANEM joined our laboratory as an international internship student. 2023.6.25-6.30 We gave the following talk at 2023 Conference on Lasers and Electro-Optics Europe & European Quantum Electronics Conference (CLEO/Europe-EQEC 2023) Suguru Shimomura et al: Function Enhancement of Spatial Photonic Ising Machine by Parallel Processing Using Space-Division Multiplexing 2023.4.20 We gave the following talk at SPIE Biomedical Imaging and Sensing Conference 2023 (BISC 2023) Yusuke Ogura et al: Numerical evaluation of fluorescence probe using excitation spectrum of FRET network 2023.4.1 Three undergraduate students and three graduate students joined our laboratory. 2022.12.19-12.21 We gave the following talk at The 12th Korea-Japan Workshop on Digital Holography and Information Photonics (DHIP2022) Yusuke Ogura et al: Addressing of fluorescence signals by spectral encoding [Invited] Takumi Sakabe et al: Control of solution property on multiplexed spatialphotonic Ising machine by tuning optical parameter Akihiro Nakamura et al: Fundamental implementation of spatio-parallel optical reservoir computing 2022.12.15-12.17 We gave the following talk at SPIE Biomedical Imaging and Sensing Conference (BISC) Yusuke Ogura et al: Optical encoding for fluorescence addressing 2022.10.6 The following paper was published in Optical Review Ryoichi Horisaki et al: Coherent diffraction imaging through shift-invariant scattering 2022.9.30 The following paper was published in Intelligent Computing Yuto Endo et al: Extrapolated Speckle-Correlation Imaging 2022.8.3-8.5 We gave the following talk at 13th International Conference on Optics-photonics Design & Fabrication (ODF'22) Keita Hayashi et al: Experimental Verification of Fluorescence Tags Using FRET Networks Responding to Molecular Inputs? 2022.7.31-8.5 We gave the following talk at The 15th Pacific Rim Conference on Lasers and Electro-Optics (CLEO) Suguru Shimomura et al: Numerical demonstration of spatial photonic Ising machine by using time-division multiplexing 2022.7.27 The following paper was published in Applied Optics Hideyuki Muneta et al: Single-shot blind deconvolution with coded aperture 2022.6.17 The following paper was published in Applied Optics Ryoichi Horisaki et al: Incoherent optical phase conjugation 2022.4.20-4.22 We gave the following talk at Information Photonics 2022 (IP2022) Yusuke Ogura et al: A wavelength-selectively excitable fluorescence system based on FRET towards photonically addressable nanoscale light sources Suguru Shimomura et al: Prediction performance of reservoir computing based on iterative function system using optical feedback Shunichi Sakai et al: Quantum Dot Network-Based Reservoir Computing Using Spatio-Temporal Fluorescence Outputs 2022.4.19-4.21 We gave the following talk at Sensing and Imaging through Scattering and Fluctuating Filed in Biology, Telecommunication, and Astronomy 2022 (Si-Thru2022) Hideyuki Muneta et al: Single-shot blind deconvolution with coded aperture support 2022.4.20 The following paper was published in Optics Express Naoya Tate et al: Quantitative analysis of nonlinear optical input/output of a quantum-dot network based on the echo state property 2022.4.1 Three undergraduate students and four graduate students joined our laboratory. 2022.1.25 The following paper was published in Optics Letters Ryoichi Horisaki et al: Compressive propagation with coherence 2021.12.23 We gave the following talk at The 11th Japan-Korea Workshop on Digital Holography & Information Photonics (DHIP 2021) Yusuke Ogura et al: Fluorescence sensing based on dynamic FRET networks [Invited] Shunichi Sakai et al: Experimental machine learning for XOR problem using spatio-temporal optical output of quantum dot network 2021.12.21 The following paper was published in Optics Express Jun Tanida et al: Digital-optical computational imaging capable of end-point logic operations 2021.12.10 The following paper was published in Optics Express Naruki Segawa et al: Tunable reservoir computing based on iterative function systems 2021.11.29-12.2 We gave the following talk at Imaging, Sensing, and Optical Memory 2021 (ISOM21) Ryo Watanabe et al: Image-based Communication for IoT Devices Using Digital Optical Coding 2021.10.10-10.12 We gave the following talk at SPIE/COS Photonics Asia Yusuke Ogura et al: Holographic subdiffraction limit illumination and its application [Invited] 2021.9.27-9.29 The following paper was published in Photonics in Switching and Computing 2021 (PSC2021) Suguru Shimomura et al: Non-linearly responsive neurons using a quantum-dot network for neuromorphic computing Shunichi Sakai et al: Verification of Spatiotemporal Optical Properties of Quantum Dot Network by Regioselective Photon counting 2021.9.10-9.13 We gave the following talk at JSAP-OSA Joint Symposia 2020 Kunihiko Ehira et al: Single-shot spectral imaging by spectral speckle correlation 2021.9.1 Dr. Shimomura joined our laboratory as an assistant professor. 2021.6.1-6.3 We gave the following talk at The 12th International Conference on Optics-photonics Design & Fabrication (ODF�f20) Yusuke Ogura et al: Construction of fluorescence tags using energy transfer networks on self-assembled DNA Naoya Tate et al: Echo state property of a quantum-dot network for nano-photonic reservoir computing 2021.4.19-9.22 We gave the following talk at The 7th Biomedical Imaging and Sensing Conference (BISC2021) Yusuke Ogura et al: Fluorescence tags using FRET networks and DNA structural change 2021.4.1 Three undergraduate students and two graduate students joined our laboratory. Dr. Shimomura joined our laboratory as a project assistant professor. [Osaka University] [Graduate School of Information Science and Technology] [Department of Information and Physical Sciences] |