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About

Qichong Zhang is pioneering the next generation of bioinspired electronic skins and neuromorphic textiles, merging soft materials with artificial intelligence to create intelligent, energy-efficient wearable systems. His research focuses on iontronic synapses, self-powered sensors, and bionic e-skins that emulate biological sensory and neural functions. Zhang’s most impactful work, a 2024 paper on bioinspired iontronic synapse fibers for ultralow-power neuromorphic sensorimotor textiles, has already garnered 125 citations, showcasing its transformative potential for smart fabrics. He also developed an AI-motivated all-fabric bionic e-skin for intelligent material perception (45 citations), enabling tactile and intuitive sensing. Additionally, his self-adhesive, stretchable iontronic hydrogels for neuromorphic sensing-synaptic systems (19 citations) and transparent polyionic ecological skins for self-powered interactive sensing (5 citations) advance conformal, biocompatible bioelectronics. Zhang’s contributions bridge materials science, neuroscience, and wearable technology, offering scalable solutions for robotics, prosthetics, and human-machine interfaces. His work is defining a new paradigm in soft, energy-autonomous electronics that seamlessly integrate with biological systems.