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About

Dr. Shu Gong is a leading innovator in the field of wearable electronics and electronic skin (e-skin), with a research focus on developing soft, stretchable, and highly durable sensors for human-machine interfaces and health monitoring. His major contributions center on overcoming the mechanical mismatch between rigid conductors and soft biological tissues, pioneering strategies such as doping gold nanowires with polyaniline microparticles to create tattoo-like patches that are both highly conductive and robust (306 citations). Dr. Gong’s work on disruptive, soft wearable sensors (468 citations) has addressed the critical industry challenge of making wearables truly wearable, enabling real-time biomonitoring and robotic applications. He has also advanced self-powered triboelectric sensors for soft human-machine interfaces (128 citations) and developed biomimetic e-skin through hierarchical polymer structural design (49 citations). Notably, his skin-like stretchable fuel cells and pinhole vertical gold nanowire e-skins for Braille recognition demonstrate his commitment to practical, inclusive technologies. With over 1,000 cumulative citations, Dr. Gong’s research is shaping the future of conformable, intelligent electronics that seamlessly integrate with the human body.