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About

Guorui Li is a pioneering researcher in soft robotics, specializing in bio-inspired robot design, soft actuators, and stimuli-responsive materials. His work sits at the intersection of advanced materials science, mechanical engineering, and autonomous systems, with a particular focus on developing compliant robotic systems capable of operating in extreme environments. Li's most celebrated contribution is his 2021 paper "Self-powered soft robot in the Mariana Trench," which garnered an extraordinary 1,134 citations and demonstrated that soft robotic systems could withstand the crushing pressures of Earth's deepest ocean environments — a landmark achievement that captured both scientific and public imagination. This work exemplifies his broader mission to engineer robots that thrive where rigid systems fail. Beyond deep-sea exploration, Li has made significant contributions to soft actuator design, including pneumatic bistable actuators inspired by jellyfish locomotion and dielectric elastomer-based systems. His 2018 work integrating reinforcement learning with soft artificial muscle-driven robots highlights his commitment to bridging the gap between compliant mechanics and intelligent control. His early review of materials and structures in soft robotics further established him as a thoughtful synthesizer of this rapidly evolving field. Collectively, his research has helped define the theoretical and practical foundations of modern soft robotics.