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About

Changyong Wang is a leading innovator at the intersection of biomimetic materials and bioelectronics, whose work is redefining the capabilities of soft robotics and neural interfaces. His research focuses on developing intelligent, stretchable hydrogels and advanced biosensors that can operate under extreme conditions. Wang’s most celebrated contribution is the creation of an ultra-stretchable, fast self-healing ionic hydrogel that retains its remarkable mechanical and conductive properties even in cryogenic environments—a breakthrough that enables the construction of artificial nerve fibers for bionic intelligent robots. This work, published in *Advanced Materials* in 2022, has already garnered over 270 citations, underscoring its profound impact on the field. More recently, Wang has pioneered on-demand, contact-mode switchable cerebral cortex biosensors enhanced by magnetic actuation, pushing the boundaries of how nanomaterial-based field-effect transistors interface with neural tissue. By solving the critical challenge of material fragility in cold conditions and advancing neural sensing precision, Changyong Wang is laying the foundational technology for resilient, adaptive biohybrid systems and next-generation neuroprosthetics.