Papers
1
Total Citations
60
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1
About
Wenli Guo is a pioneer in the field of bioinspired soft robotics and smart materials, with a particular focus on developing stimuli-responsive hydrogels that mimic complex biological motions. In their landmark 2015 study, which has garnered 60 citations, Guo introduced a groundbreaking hydrogel capable of swimming and walking under light control—a feat achieved by modulating local density to emulate the buoyancy-adjusting bladders of fish. This work not only demonstrated real-time depth-controllable swimming but also unlocked a repertoire of intricate movements, including rolling, somersaulting, and bipedal-like walking, by cleverly designing the material’s geometry and light exposure. Such innovations represent a significant leap in creating autonomous, untethered soft robots that can navigate diverse environments without external power sources. Guo’s research bridges fundamental polymer chemistry with applied robotics, offering a versatile platform for future applications in biomedical devices, environmental monitoring, and micro-manipulation. By harnessing light as a precise, non-invasive control mechanism, their contributions have inspired new directions in adaptive materials and laid the groundwork for next-generation soft actuators.
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Top Papers
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