Optical phase imaging is a crucial technology employed in various fields, such as biological microscopy, adaptive optics in telescopes, and more. However, conventional phase imaging techniques—such as Shack-Hartmann sensors, interferometry, and iterative Fourier transforms—suffer from limitations in measurement characteristics, including spatial resolution, robustness to air turbulence, and acquisition time. These limitations can critically affect their practical applications.
My research aims to enhance the spatial resolution of optical phase imaging systems by leveraging the concept of controlling measurement characteristics through appropriate modulation of the object light. Since recovering the original object light from its modulated form is generally a challenging inverse problem, my approach integrates deep learning into the measurement process to enable accurate reconstruction.
赤尾竜将,管一兆,増井周造,道畑正岐,高橋哲,「AI 駆動・非結像型光学分布計測に関する研究(第二報)―提案高速位相分布測定法の実証―」,2024 年度精密工学会秋季大会学術講演会, Sep. 2024.
赤尾竜将,増井周造,道畑正岐,高橋哲,「AI 駆動・非結像型光学分布計測に関する研究(第三報)―レンズレス型位相分布測定法の提案と基本概念実証―」,2025 年度精密工学会春季大会学術講演会, Mar. 2025.
工学部長賞(学修), 東京大学工学部精密工学科, Mar. 2024.
(学科主席に相当)
ポスター発表企業賞(レーザーテック株式会社),2025年度精密工学会春季大会学術講演会, Mar. 2025.