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About

Xiaoshuang Zhou is a leading researcher in the field of soft robotics and smart materials, specializing in the development of bio-inspired actuators and artificial muscles. Their work focuses on creating advanced materials that convert external stimuli—such as light, heat, and chemical energy—directly into mechanical motion. Zhou’s major contributions include pioneering self-healing conductive hydrogels for wearable sensors and soft robots, as demonstrated in their highly cited 2018 paper (53 citations). They also developed sunlight-driven flapping-wing actuators (38 citations) and monodomain liquid crystal elastomer (LCE) bionic muscle fibers with record-breaking reversible contraction ratios of 55.6% (30 citations). Notably, Zhou introduced a novel liquid-phase drawing method for LCE/CNT composites, enabling scalable production of electrothermal actuators. Their most recent breakthrough, direct catalysis-driven yarn artificial muscles (2024, 10 citations), achieves chemical-mechanical energy conversion—a long-standing challenge in the field. With over 160 total citations, Zhou’s work bridges materials science and robotics, offering transformative solutions for healthcare monitoring, soft robotics, and energy-efficient actuation systems.