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About

Dekai Zhou is pioneering the frontier of soft robotics for extreme environments, with a particular focus on space applications and intelligent manipulation systems. Their research spans bioinspired robot design, origami-based grippers, and functional micro-nano structures, addressing critical challenges in space debris removal and extraterrestrial exploration. Zhou’s most impactful work, "Progress, Challenges, and Prospects of Soft Robotics for Space Applications" (2022), has garnered 173 citations, establishing a comprehensive roadmap for deploying compliant robots in space science experiments and deep space missions. They developed a groundbreaking flytrap-inspired bistable origami gripper for rapid active debris removal (2023, 29 citations), demonstrating how nature-inspired mechanisms can solve urgent orbital safety issues. Zhou also introduced a bioinspired soft robot combining vine plant growth adaptability with coordinated control (2021, 34 citations), enabling navigation through constrained environments. Their innovative work extends to self-propelled droplet robots for oil exploration and 4D-printed deformable wheels with programmable configurations. By bridging soft robotics with space technology, Zhou is reshaping how we approach manipulation and mobility in challenging domains, from orbital debris mitigation to planetary exploration.