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About

Dr. Jie An is a pioneering researcher at the forefront of self-powered sensing technologies for smart robotics and personalized medicine. His work centers on developing innovative triboelectric nanogenerator (TENG)-based sensors that eliminate the need for external power sources, addressing critical challenges in motion detection, tactile sensing, and fluid control. Dr. An’s most impactful contribution is the creation of a self-powered angle sensor achieving nanoradian-level resolution, which has garnered 170 citations for its transformative potential in robotic arms and medical rehabilitation. He further advanced the field with biomimetic hairy whiskers for robotic skin tactility (129 citations) and a dual-type signal vector sensor for autonomous vehicles (103 citations), demonstrating remarkable versatility in sensor design. His recent work on achieving zero leakage and ultralong lifespan in microvalves through structural superlubrication represents a breakthrough in fluid control systems. With over 455 total citations across his top five publications, Dr. An’s research is defining a new paradigm in self-powered, maintenance-free sensing that promises to revolutionize how robots interact with their environment and how medical devices support human recovery.