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About

Yabing Yang is pioneering the next generation of soft robotics by programming motion directly into smart materials. Her research focuses on liquid crystal elastomers (LCEs) and hydrogels, developing actuators that respond to electricity, light, and magnetic-thermal stimuli. Yang’s most cited work, “Programming Motion into Materials Using Electricity-Driven Liquid Crystal Elastomer Actuators” (2024, 32 citations), demonstrates how to embed controllable, reversible deformations into materials for applications in bionic soft robots, artificial muscles, and flexible sensors. She further advanced the field with “Light-Driven Liquid Crystal Elastomer Actuators Based on Surface Plasmon Resonance for Soft Robots” (2024, 16 citations), which mimics caterpillar locomotion—combining peristaltic crawling and elastic jumping—to create highly adaptable bionic robots. Yang also explores hydrogel-based systems, as seen in her studies on liquid metal thermosensitive hydrogels and untethered, small-scale robots responding to magneto-thermal stimuli (each with 8 citations). Her work bridges materials science and robotics, offering scalable solutions for autonomous, environmentally responsive machines. With a growing citation impact, Yang is establishing herself as a key innovator in stimuli-responsive actuators, pushing the boundaries of how soft materials can be programmed for complex, lifelike motion.