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About

Shaoxin Li is pioneering the next generation of intelligent, self-powered sensory systems, with a focus on triboelectric nanogenerators (TENGs) and iontronics. His research centers on creating advanced materials and devices for tactile sensing, smart robotics, and personalized medical rehabilitation. Li’s major contributions include the development of an ultrathin, transparent, and robust self-healing electronic skin, which enables both tactile and non-contact sensing—a significant leap for human-machine interfaces. He also designed a self-powered dual-type signal vector sensor, achieving 103 citations, which is critical for precise motion monitoring in automatic control systems. His work on a self-powered vector motion sensor for smart robotics and rehabilitation has garnered 41 citations, highlighting its practical impact. Most notably, Li introduced transistor-like triboiontronics, achieving a record-high charge density of 25 citations, offering a novel, energy-efficient architecture for neuromorphic computing and self-powered sensors. With over 277 citations across his top works, Shaoxin Li is shaping the future of autonomous systems and biomedical devices, merging materials science with intelligent electronics.