Qinghao Guo
Papers
7
Total Citations
100
H-Index
6
About
Qinghao Guo is pioneering the frontier of soft robotics by drawing inspiration from nature’s most elegant underwater creatures. His research centers on bioinspired soft actuators and robots, with a particular focus on photo-responsive hydrogels—specifically poly(N-isopropylacrylamide) combined with multi-walled carbon nanotubes—that enable tunable deformation and untethered, light-driven locomotion. Guo has designed an impressive menagerie of biomimetic systems, including an underwater bionic snake soft robot with composite materials (22 citations), a ray-inspired flexible robot fish with stable controllability (11 citations), and a biomimetic butterfly robot capable of ascending flight and object carrying (15 citations). His work also extends to biohybrid systems, as evidenced by his review on myocyte-powered soft robots (16 citations), and to multifunctional grippers, such as a bionic sea anemone actuator driven by multiple physical fields (13 citations). Collectively, his contributions demonstrate how responsive hydrogels can replicate complex aquatic movements—slithering, flapping, crawling, and grasping—offering transformative insights for oceanographic engineering, environmental monitoring, and soft robotics. With over 100 citations to his name, Guo is establishing himself as a leading voice in the next generation of adaptive, light-powered soft machines.
Research Focus
Key Achievements
Top Papers
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