Bingheng Lu
Papers
8
Total Citations
426
H-Index
6
About
Bingheng Lu is a leading researcher in bioinspired soft robotics and photomechanical actuation, with a focus on developing untethered, remotely controlled microsystems. His work centers on creating soft actuators and robots that respond to external stimuli—particularly near-infrared (nIR) light—enabling biomimetic motions like bending, crawling, and swimming without physical connections. Lu’s major contributions include pioneering a photoresponsive soft-robotic platform using PDMS/graphene-nanoplatelet composites, which achieved remote actuation with fast response times (226 citations). He also advanced untethered soft actuators driven by liquid-vapor phase transitions, delivering 160% stroke and 14.5 N output force for programmable, self-contained movement (64 citations). His research on reversible bending behaviors of graphene nanocomposites further expanded the design space for photomechanical actuators (57 citations). Notable achievements include the development of a fish-like soft robot that swims under nIR light, demonstrating practical biomimetic control. With over 400 total citations across his most-cited works, Lu’s innovations in wireless, stimulus-responsive soft robotics hold promise for applications in drug delivery, in-pipe inspection, and field exploration, bridging materials science and mechanical engineering.
Research Focus
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