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About

Dr. Wangyang Li is at the forefront of bioinspired soft robotics and tactile sensing, pioneering technologies that bridge the gap between robotic manipulation and human-like perception. His research centers on developing flexible, high-sensitivity sensors and adaptive robotic hands that mimic biological systems. Li’s most impactful work includes a 2025 study on flexible tactile sensors for robotic perception (22 citations), which addresses a critical bottleneck in autonomous environmental interaction by providing precise mechanical feedback beyond what vision alone can offer. His jellyfish-inspired pressure-temperature sensor (2024, 19 citations) exemplifies his innovative use of biomimetic hydrogel materials to achieve exceptional sensitivity through ionic-electronic mechanisms. Additionally, Li’s design of a multisensory integrated dexterous finger with coupled-adaptive features (2024) advances robotic grasping by replicating the human finger’s ability to form a hull around objects, simplifying control while enhancing adaptability. With a growing citation record and a focus on translating biological principles into engineering solutions, Li’s work is shaping the next generation of intelligent, sensor-rich robotic systems for applications in healthcare, manufacturing, and human-robot interaction.