Yong-Joon Choi

Assistant Professor

Toyohashi University of Technology

Japan

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Dr. Yong-Joon Choi is an Assistant Professor at Toyohashi University of Technology in Japan. His research areas include CMOS-based imaging technologies, machine learning applications in wavelength detection, and the development of sensors for various chemical measurements. Recent publications highlight his work on implantable sensors for brain measurement, high-resolution imaging of neurotransmitters, and innovative solutions for environmental monitoring.

Articles (19)

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2025

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2022

Collaborators (2)

Toshinori Fujie

Associate Professor

Tokyo Institute of Technology

JAPAN

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Satoshi Miyahara

University of Occupational and Environmental Health Japan

JAPAN

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Yong-Joon Choi

Research Interests

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About

Articles (19)

CMOS-Based Implantable Multi-Ion Image Sensor for Mg2+ Measurement in the Brain

Machine learning-based wavelength detection system

Titanium nitride electrode-based CMOS multichemical image sensor for high-resolution imaging of neurotransmitter and hydrogen ion

Sensitivity Analysis of an Optical Interferometric Surface Stress Ethanol Gas Sensor with a Freestanding Nanosheet

CMOS-Based Ion Image Sensor Enabling pH Measurement Under Light Irradiation

Fabrication and characterization of strain-induced graphene for chemisorption-based graphene resonant mass sensors

Wireless wavelength measurement system with temperature compensation using filter-free wavelength sensors

Quantification of Plant Chlorophyll a, b Standard Reagents by Filter-free Wavelength Sensor

Realization of a filter-free wavelength image sensor and imaging system for visualization of wavelength information

Polarization-independent transmission color sheet using 2D plasmonic metasurface embedded in elastomer nanosheet

Proposal of compact LSPR sensor system by filter-free wavelength sensor

Proposal of compact LSPR sensor system by filter-free wavelength sensor

(Invited) Detection of Wavelength Information by Filter-Free Wavelength Sensor and Its Applications

Demonstrating a Filter-Free Wavelength Sensor with Double-Well Structure and Its Application

Demonstrating a Filter-Free Wavelength Sensor with Double-Well Structure and Its Application

Proposal of leaf chlorophyll content and its a/b ratio measurement method using a filter-free multiple wavelength sensor

Proposal of leaf chlorophyll content and its a/b ratio measurement method using a filter-free multiple wavelength sensor

Detection system for Legionella bacteria using photogate-type optical sensor

Detection system for Legionella bacteria using photogate-type optical sensor

Collaborators (2)

Toshinori Fujie

Satoshi Miyahara

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