Faculty
Solid-State Lighting, Color Sciences, Standard Measurement, Bio-MOEMS, Nonlinear Dynamics
+886-3-4227151 ext 65255
Tsung-Hsun Yang, Professor
Research Introduction
Color Measurement and Applications:
This research explores the phenomena of human color vision perception and its related applications. Building upon the foundations of modern color science, our work further investigates key research topics including color measurement, color mixing analysis and optimization, color management, LED color control, LED driving, and color-related regulations and standards. Currently, our primary application platforms include lighting, displays, and mixed reality (MR), with the aim of delivering optimized color-related solutions.
This research explores the phenomena of human color vision perception and its related applications. Building upon the foundations of modern color science, our work further investigates key research topics including color measurement, color mixing analysis and optimization, color management, LED color control, LED driving, and color-related regulations and standards. Currently, our primary application platforms include lighting, displays, and mixed reality (MR), with the aim of delivering optimized color-related solutions.
Micro-Opto-Electro-Mechanical Systems (MOEMS):
This research focuses on the development of various integrated and miniaturized biochemical testing chips. By combining micro/nano-optical components with MOEMS technologies, core biochemical detection procedures are fully integrated onto a single microchip, providing rapid detection capabilities with both high throughput and high sensitivity. Our core technologies include micro-optical detection components, micro-sensing techniques, and real-time biochemical reaction monitoring systems.
This research focuses on the development of various integrated and miniaturized biochemical testing chips. By combining micro/nano-optical components with MOEMS technologies, core biochemical detection procedures are fully integrated onto a single microchip, providing rapid detection capabilities with both high throughput and high sensitivity. Our core technologies include micro-optical detection components, micro-sensing techniques, and real-time biochemical reaction monitoring systems.
