[D-1] Micro/Nano Technologies for Biosensing and Interfaces

Tue. Sep 27, 2022 11:30 AM - 12:30 PM 104 (1F)

Session Chair: Takashi Tokuda (Tokyo Tech), Cheng-Hsien Liu (National Tsing Hua Univ.)

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11:30 AM - 11:45 AM

[D-1-01] Comparison of the H₂S gas response characteristics of semiconductor gas sensors (HFGFET-, TFT-, and resistor-type) fabricated on the same wafer.

〇Gyuweon Jung¹, Wonjun Shin¹, Hunhee Shin¹, Seongbin Hong¹, Yujeong Jeong¹, Kangwook Choi¹, Jinwoo Park¹, Donghee Kim¹, Chayoung Lee¹, Jaehyeon Kim¹, Woo Young Choi¹, Jong-Ho Lee¹ (1. Seoul Nat. Univ. (Korea))

Presentation style: On-site (in-person)

11:45 AM - 12:00 PM

[D-1-02] Distributed CMOS chip for retinal prosthesis
with high-rate stimulation

〇Yuki - Nakanishi¹, Kiyotaka - Sasagawa¹, Ronnakorn - Siwadamrongpong¹, Kenzo - Shodo², Yasuo - Terasawa², Hironari - Takehara¹, Makito - Haruta¹, Hiroyuki - Tashiro^1,3, Jun - Ohta¹ (1. Nara Inst. of Sci. and Tech. (Japan), 2. Nidek Co. LTD (Japan), 3. Kyushu Univ. (Japan))

Presentation style: On-site (in-person)

12:00 PM - 12:15 PM

[D-1-03] Design and Evaluation of Light and Dark Adaptation Functions for High QoL Artificial Vision Chip

〇Kohei Nakamura¹, Yaogan Liang¹, Bang Du¹, Shengwei Wang¹, Yuta Aruga¹, Bunta Inoue¹, Hisashi Kino¹, Takafumi Fukushima¹, Koji Kiyoyama², Tetsu Tanaka¹ (1. Tohoku Univ. (Japan), 2. Nagasaki Inst. of Applied Sci. (Japan))

Presentation style: Online

12:15 PM - 12:30 PM

[D-1-04] Controlling Fluorescence Quenching Efficiency of Graphene Oxide to Lipid Bilayers using SiO₂ Layer Fabricated by Atomic Layer Deposition

Jocelyn Min Yuan Lau¹, Kensaku Kanomata², Fumihiko Hirose², 〇Ryugo Tero¹ (1. Toyohashi Univ. Tech. (Japan), 2. Yamagata Univ. (Japan))

Presentation style: On-site (in-person)

Session information

[D-1] Micro/Nano Technologies for Biosensing and Interfaces

[D-1-01] Comparison of the H₂S gas response characteristics of semiconductor gas sensors (HFGFET-, TFT-, and resistor-type) fabricated on the same wafer.

[D-1-02] Distributed CMOS chip for retinal prosthesis
with high-rate stimulation

[D-1-03] Design and Evaluation of Light and Dark Adaptation Functions for High QoL Artificial Vision Chip

[D-1-04] Controlling Fluorescence Quenching Efficiency of Graphene Oxide to Lipid Bilayers using SiO₂ Layer Fabricated by Atomic Layer Deposition

Authentication

Session information

[D-1] Micro/Nano Technologies for Biosensing and Interfaces

[D-1-01] Comparison of the H2S gas response characteristics of semiconductor gas sensors (HFGFET-, TFT-, and resistor-type) fabricated on the same wafer.

[D-1-02] Distributed CMOS chip for retinal prosthesis with high-rate stimulation

[D-1-03] Design and Evaluation of Light and Dark Adaptation Functions for High QoL Artificial Vision Chip

[D-1-04] Controlling Fluorescence Quenching Efficiency of Graphene Oxide to Lipid Bilayers using SiO2 Layer Fabricated by Atomic Layer Deposition

Authentication

[D-1-01] Comparison of the H₂S gas response characteristics of semiconductor gas sensors (HFGFET-, TFT-, and resistor-type) fabricated on the same wafer.

[D-1-02] Distributed CMOS chip for retinal prosthesis
with high-rate stimulation

[D-1-04] Controlling Fluorescence Quenching Efficiency of Graphene Oxide to Lipid Bilayers using SiO₂ Layer Fabricated by Atomic Layer Deposition