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About

Chan Wang is a leading innovator in the field of stretchable electronics and self-healing materials, with a particular focus on developing advanced soft matter for bio-inspired robotics and human-machine interfaces. Their most impactful work centers on creating ultra-stretchable ionic hydrogels that retain remarkable self-healing capabilities even in cryogenic environments—a breakthrough for artificial nerve fibers in bionic intelligent robots. This flagship study, published in *Advanced Materials* (2022), has garnered over 270 citations, highlighting its significance in enabling robust, damage-tolerant electronic skins and neural networks. Wang also pioneered the customization of conductive elastomers based on PVA/PEI for stretchable sensors (169 citations), offering an environmentally friendly route to wearable health monitors and soft robots. Further contributions include a self-powered triboelectric hybrid coder for intuitive human-machine interaction (69 citations), demonstrating their versatility in energy harvesting and sensing. Through these achievements, Chan Wang has established a reputation for solving critical challenges in material durability and functionality under extreme conditions, laying the groundwork for next-generation adaptive electronics and autonomous systems.