Yingxi Wang

Papers

Total Citations

160

H-Index

About

Yingxi Wang is a pioneering researcher in bio-inspired soft robotics and advanced functional materials, with a focus on creating intelligent, adaptive systems for wearable technology and robotic applications. Their major contributions lie in developing stretchable, multifunctional skins and sensors that mimic biological systems—such as cephalopod-inspired thermal camouflaging MXene robotic skins, which integrate dynamic camouflage, environmental perception, and wireless communication (92 citations). Wang also advanced soft robotics with a 3D-printed metamaterial capacitive sensing array that decouples normal forces and stretch stimuli, enabling applications in universal jamming grippers and human joint wearables (48 citations). Additionally, their work on bio-inspired soft swim bladders using dual dielectric elastomer membranes addresses critical challenges in underwater buoyancy control, offering rapid, quiet, and large-volume change mechanisms (20 citations). With over 160 total citations across these key papers, Wang’s research demonstrates significant impact in merging materials science, sensing technology, and biomimicry. Their notable achievements include pioneering designs that enhance robotic adaptability and human-machine interaction, positioning them as a leading innovator in next-generation soft robotics and wearable systems.