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About

Ningning Han is a pioneering researcher at the forefront of bioelectronics and artificial skin, whose work is reshaping how humans interface with machines. Her research centers on developing advanced hydrogel-based materials and stretchable electronics that mimic biological tissues for seamless human-machine integration. Han’s most impactful contribution is the creation of a sebum-membrane-inspired protein-based bioprotonic hydrogel, which enables artificial skin with unprecedented biocompatibility and signal transmission—a work that has garnered 139 citations since 2023. She also developed an intrinsically stretchable polymer semiconductor-based electronic skin capable of perceiving force, temperature, and visible light simultaneously, achieving 106 citations for its breakthrough in multi-sensory perception beyond human skin’s natural capabilities. Her latest innovation, a damping and adhesive hydrogel electrode for continuous high-fidelity dynamic electrophysiological monitoring, promises to revolutionize health monitoring during physical activity and human-machine interaction. With over 248 total citations across her key works, Han is recognized for pushing the boundaries of wearable bioelectronics, earning her a reputation as a leader in merging soft materials with electronic functionality for next-generation medical and interactive technologies.