Wenlong Pan
Papers
5
Total Citations
113
H-Index
5
About
Wenlong Pan is a leading researcher in soft robotics and smart materials, specializing in bio-inspired locomotion and stimuli-responsive hydrogels. His work centers on developing untethered, small-scale robots that mimic natural organisms, such as worm-like and larval movements, to navigate complex environments. Pan’s major contributions include pioneering a worm-inspired soft robot driven by a shape-memory alloy skeleton, which achieves robust peristaltic motion without tethered power supplies—a paper that has garnered 65 citations. He also advanced thermosensitive hydrogels, creating tough, self-healing P(AAc-co-NIPAm) materials via ion-ligand interactions (18 citations), and developed MXene-based hydrogels for stretchable, adhesive wearable strain sensors (14 citations). His research on liquid metal thermosensitive hydrogel actuators and magneto-thermal stimuli-driven soft robots (8 citations each) further demonstrates his impact in merging material science with robotics. Pan’s work has been recognized for addressing key challenges in soft robotics, such as load-bearing and external load movement, making him a notable figure in the field. His innovative designs hold promise for applications in constrained environments, biosensors, and biomedical devices.
Research Focus
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