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About

Yaoyao Jiang is pioneering the development of next-generation soft actuators and bioinspired robotic systems, with a particular focus on liquid crystal elastomers (LCEs) and their composites. Her major contributions include inventing a scalable method for continuous production of monodomain LCE fibers that achieve a remarkable 55.6% reversible contraction—a breakthrough for artificial muscle applications. She has also engineered high-strength, dual-crosslinking network LCEs using quadruple hydrogen bonds, overcoming the longstanding trade-off between mechanical robustness and large deformation. In the realm of soft robotics, Jiang designed a small, multi-attitude amphibious robot capable of inchworm-like locomotion, demonstrating practical deployment for underwater inspection. Her work on LCE/CNT composites for electrothermal actuators and low-temperature-driven interpenetrating polyurethane-LCE actuators with self-sensing capabilities further expands the toolkit for intelligent, responsive materials. With her most-cited papers accumulating over 100 citations, Jiang’s research is shaping the future of soft robotics, 4D printing, and biomedical devices, earning recognition for its innovation in combining high performance with scalable fabrication.