Wusha Miao

State Key Laboratory of Chemical Engineering

Papers

Total Citations

175

H-Index

About

Wusha Miao is a leading innovator in the field of stimuli-responsive polymers, with a particular focus on dynamic covalent networks and dielectric elastomers. Her groundbreaking work on shape memory polymers introduced a novel mechanism for controlling material properties through light-regulated topological defects in dynamic covalent networks, a paper that has garnered 138 citations and fundamentally advanced the understanding of how network topology can be manipulated on demand. Miao’s research has also made significant strides in dielectric elastomer technology, where she developed a dielectric polymer capable of designable, large-scale motion under low electric fields—a critical contribution to soft robotics that addresses the longstanding challenge of converting in-plane actuation into efficient out-of-plane motion without bulky mechanical frames. Her work bridges fundamental polymer chemistry with practical engineering applications, offering new pathways for creating adaptive materials with precisely tunable responses. With her innovative approaches to controlling polymer architecture and actuation, Miao continues to push the boundaries of smart materials, making her a rising authority in the development of next-generation soft actuators and shape-memory systems.