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About

Hongshuang Guo is an innovative materials scientist whose research sits at the dynamic intersection of soft robotics, stimuli-responsive polymers, and bioinspired smart materials. Drawing inspiration from living systems, Guo has made pioneering contributions to liquid crystal elastomers (LCEs), shape memory polymers, and dissipative dynamic materials designed to mimic biological functionality. Among Guo's most celebrated achievements is the development of halogen-bonded polymeric systems — a largely unexplored frontier — enabling self-healing, programmable actuation, and shape memory capabilities (84 and 44 citations). Equally impactful is Guo's work on feedback-controlled hydrogels that replicate homeostatic oscillations characteristic of living organisms (87 citations), alongside ultralow-temperature-tolerant electronic skins capable of sensitive tactile sensing and self-healing at −78°C (86 citations), opening exciting possibilities for polar robotics. Guo has further advanced light-driven soft actuators, including optically controlled snapping mechanisms (59 citations) and scalable self-oscillating systems powered by incoherent light. The breadth of Guo's portfolio — spanning hydrogen-bonded LCEs, semi-crystalline robotic materials, and aqueous LCN systems — reflects a researcher relentlessly pushing the boundaries of intelligent, adaptive materials for next-generation robotics and biomedical applications.