Yidong Tan

Papers

Total Citations

144

H-Index

About

Yidong Tan is a leading researcher in optoelectronics and advanced sensing technologies, with key contributions spanning high-performance photodetectors and multifunctional LiDAR systems. His most cited work, a 2022 study on high-temperature flexible WSe₂ photodetectors, achieved an impressive 140 citations by demonstrating ultrahigh photoresponsivity—far exceeding conventional high-temperature detectors—enabling robust operation in extreme environments like aerospace and defense. This breakthrough addresses a critical gap in harsh-environment robotics and military applications. In 2025, Tan advanced the field further with a hybrid frequency modulation LiDAR system, which integrates absolute distance, velocity, vibration, and imaging into a single sensor—a rare multifunctional capability with significant industrial potential. His research consistently pushes the boundaries of material science and optical engineering, combining flexible device design with innovative modulation techniques. With a growing citation impact, Tan’s work is shaping next-generation sensing solutions for both high-temperature and precision measurement applications, making him a notable figure in optoelectronics and photonic sensing.