Yongsheng Shi
Papers
8
Total Citations
392
H-Index
7
About
Yongsheng Shi is a leading researcher in the field of bioinspired soft robotics and photomechanical actuators. His work focuses on developing untethered, remotely controllable soft robotic systems that mimic biological movements. Shi’s major contributions include pioneering the use of graphene nanocomposites for photoresponsive actuation, enabling soft robots to bend and swim when exposed to near-infrared light. His 2014 study on a photoresponsive soft-robotic platform, which has garnered 226 citations, demonstrated a biomimetic fish-like robot capable of remote actuation—a breakthrough for micro/nano-technology and nanomedicine. In 2019, he advanced the field with untethered soft actuators driven by liquid-vapor phase transitions, achieving 160% stroke and 14.5 N output force, as cited in 64 publications. Shi has also innovated fabrication techniques, such as stretching imprint processes for high-aspect-ratio nanopillars and magnetic-responsive cilia-like devices. His work is notable for addressing key challenges in mobility and output force, paving the way for applications in field exploration and human interaction. With over 390 total citations, Shi’s research continues to inspire new generations of soft robotic systems.
Research Focus
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Top Papers
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