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About

Yating Shi is a materials scientist and biomedical engineer whose research sits at the dynamic intersection of flexible electronics, bioinspired materials, and wearable sensing technologies. Her work has garnered significant academic recognition, accumulating over 225 citations across her most impactful publications. Shi's most celebrated contributions center on the development of advanced hydrogel-based sensors. Her 2021 work on silk fibroin-doped hydrogels introduced an elegant one-pot thermal polymerization method to create materials that are simultaneously stretchable, adhesive, and self-healing—properties critical for next-generation wearable health monitors. Building on this foundation, she pioneered Merkel cell-inspired hybrid hydrogels that closely mimic biological mechanoreception, reflecting her commitment to drawing from nature's designs. Perhaps her most ambitious achievement is the development of an all-protein bionic skin capable of replicating both fast- and slow-adapting mechanoreceptors found in human skin, a landmark step toward truly lifelike robotic systems. Her 2024 BB-Skin further demonstrates her ability to engineer multimodal sensing platforms integrating both tactile and thermal perception. Shi's body of work collectively advances the frontier of soft robotics, prosthetics, and human-machine interfaces, making her a notable emerging voice in bio-inspired electronic systems.