Xuhan Gao

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About

Xuhan Gao is a pioneering researcher in the field of bioinspired soft robotics and energy harvesting, with a focus on developing advanced materials that respond to environmental stimuli. Their major contributions center on creating tough biomimetic films and actuators that harness natural energy sources, such as evaporation and humidity, for self-powered devices. Gao’s most cited work, "Tough biomimetic films for harnessing natural evaporation for various self-powered devices" (2020, 34 citations), introduces ionic crosslinking designs that yield films with exceptional mechanical properties in both dry and wet states, enabling applications in actuators, soft robots, and generators powered solely by water evaporation. This innovation eliminates the need for external power input, marking a significant step toward sustainable, autonomous systems. In their 2021 study (22 citations), Gao advanced the field with soft untethered robots and grippers based on humidity-gated magnetic-responsive film actuators, achieving complex locomotion and robust actuation in a simple, integrated form. This work addresses critical challenges in remote and confined environments, showcasing Gao’s ability to merge material science with practical robotics. Their research has garnered over 56 citations, reflecting its impact on sustainable technology and soft robotics.