Papers
1
Total Citations
60
H-Index
1
About
Xiuguo Cui is a pioneer in the field of bioinspired soft robotics and smart materials, with a particular focus on light-responsive hydrogels. His most celebrated work, a 2015 study on a bioinspired swimming and walking hydrogel, has garnered over 60 citations and stands as a landmark in adaptive material design. Cui’s major contribution lies in demonstrating how light-controlled local density modulation can drive a hydrogel to mimic the volume-changing bladders of fish, enabling real-time, depth-controllable swimming. Beyond simple locomotion, he expanded this principle to achieve complex, terrestrial motions—including rolling, somersaulting, and even bipedal-like walking—by ingeniously designing and combining light patterns. This work not only showcases a novel mechanism for untethered, soft robotic actuation but also opens new avenues for creating autonomous, multifunctional materials that can navigate both aquatic and terrestrial environments. Cui’s research is highly influential for students and researchers exploring the intersection of polymer chemistry, biomimetics, and robotics, offering a compelling vision of how light can be harnessed to animate matter.
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Top Papers
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