Tingxuan Chen

Southern University of Science and Technology, Shenzhen University

Papers

Total Citations

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About

Tingxuan Chen is a pioneering researcher in the field of advanced optoelectronic and tactile sensing systems, with a primary focus on III-nitride semiconductor devices. Their work centers on developing monolithically integrated GaN-based sensors for multi-axis motion and tactile detection, pushing the boundaries of compact, high-performance sensing technology. Chen’s major contributions include the invention of an "optochip-in-sphere" for dual-axis angle detection, which integrates a light emitter and photodetectors on a single sapphire substrate, enclosed in a liquid pendulum for precise angular measurement. They have also developed GaN/PDMS-based opto-electro-mechanical tactile sensors capable of three-axis force detection, addressing critical needs in robotics and medical diagnostics. Additionally, Chen’s magnet-assisted GaN device enables optical three-axis motion sensing, crucial for autonomous vehicles and virtual reality. With over 8 citations across their most-cited papers from 2024-2025, Chen’s work is gaining rapid recognition for its innovative integration of optical and mechanical sensing in a single chip. Their achievements represent a significant step toward miniaturized, multifunctional sensors for next-generation smart systems.