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About

Xuhui Sun is a leading researcher in the field of wearable electronics and intelligent tactile sensing systems. His work focuses on developing advanced triboelectric nanogenerators and flexible sensors for human-machine interaction, artificial intelligence, and robotic applications. Sun’s major contributions include the creation of an energy autonomous electronic skin capable of direct temperature-pressure perception (97 citations), which represents a significant step toward self-powered wearable devices. He also pioneered a neuromorphic computing-assisted triboelectric capacitive-coupled tactile sensor array for wireless mixed reality interaction (77 citations), integrating active dynamic sensing with static pressure detection. His innovative surface-microengineering technique using dynamically assembled ferrofluid templates (48 citations) has enabled high-performance triboelectric tactile sensors. Sun’s recent work on mechano-graded contact-electrification interfaces (15 citations) introduces artificial mechanoreceptors that enable self-adaptive robotic protection and interaction. His research on breathable, degradable organogels for wearable electronics (2025) addresses critical challenges in substrate materials. With over 200 total citations, Sun’s work is driving the evolution of smart, self-powered sensory systems for next-generation robotics and interactive technologies.