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About

Zhenyu Xu is an innovative researcher working at the intersection of soft robotics, flexible electronics, and intelligent sensing systems. His work spans two complementary frontiers: advanced functional hydrogel materials and autonomous robotic systems, making him a distinctive voice in next-generation human-machine interaction research. Xu's most celebrated contribution is his development of anti-freezing organohydrogel triboelectric nanogenerators capable of operating at −30°C, a breakthrough that has attracted 138 citations and opens new possibilities for wearable electronics in extreme environments. Building on his materials expertise, he pioneered the use of skin-like hydrogel sensors for cable-driven continuum robot perception (89 citations), elegantly solving proprioception challenges in soft robotics. His widely read review on conductive polymer gel-based bionic skins (46 citations) has helped consolidate this emerging field for researchers worldwide. Beyond materials, Xu has demonstrated breadth through contributions to visual place recognition and deep reinforcement learning-based robot path planning, reflecting a comprehensive systems-level perspective. His work on cell differentiation-inspired multifunctional gels further illustrates his ambition to engineer truly intelligent soft robotic platforms. Collectively, his research positions him as a rising interdisciplinary figure bridging smart materials and autonomous robotics.