〇Tsuyoshi Nishi¹, Nobuhiko Ozaki¹, Hirotaka Ohsato², Eiichiro Watanabe², Naoki Ikeda², Yoshimasa Sugimoto² (1.Wakayama Univ., 2.National Institute for Materials Science)

9:30 AM - 11:30 AM

[13a-P6-8] Wavefront Measurement by Holographic Shack-Hartmann Wavefront Sensor Using Honeycomb Microhologram Array

〇Yusuke Saita¹, Hironobu Shinto¹, Takanori Nomura¹ (1.Wakayama Univ.)

9:30 AM - 11:30 AM

[13a-P6-9] Experimental and Theoretical Study on Wavelength dependence of Nonlinear Response for Silicon Photodiodes III

〇Minoru Tanabe¹, Kuniaki Amemiya¹, Takayuki Numata¹, Daiji Fukuda¹ (1.AIST)

Session information

[13a-P6-1~9] 3.8 Optical measurement, instrumentation, and sensor

[13a-P6-1] Acceleration of simulations of the light scattering using both GPU and CPU for biomedical applications

[13a-P6-2] Simultaneous measurement method of optical rotatory power and circular dichroism in anisotropic media

[13a-P6-3] Common-path phase-shifting interference microscope using an infinity optical system

[13a-P6-4] Polarization property of diffraction light by the single slit

[13a-P6-5] Wavelength dispersion measurement of eletro-optic coefficient r22 of the LiNbO3 crystal

[13a-P6-6] Optical frequency comb traced to GPS frequency standard and its frequency stability

[13a-P6-7] Development of μm-OCT with a white light source and application to semiconductor microfabrications

[13a-P6-8] Wavefront Measurement by Holographic Shack-Hartmann Wavefront Sensor Using Honeycomb Microhologram Array

[13a-P6-9] Experimental and Theoretical Study on Wavelength dependence of Nonlinear Response for Silicon Photodiodes III

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