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About

Xiaorui Zhou is a pioneering researcher in the field of soft robotics and smart materials, with a primary focus on liquid crystal elastomers (LCEs). Their work has fundamentally advanced the design and control of autonomous soft robots, drawing inspiration from natural self-oscillation phenomena to create systems that require minimal external control. Zhou’s major contributions include developing multimodal autonomous locomotion in LCE soft robots (90 citations), programming actuation onset through network topology isomerization (54 citations), and creating reprogrammable supramolecular LCE networks via metal-ligand bonds (33 citations). They have also introduced innovative approaches such as geometrically insensitive “deform-and-go” actuators through controlled radical diffusion and digitally programmable multi-material LCEs, enabling unprecedented functional complexity. Zhou’s notable achievements include pioneering orthogonal photochemistry for 3D-printed LCE spatial reprogramming and adaptive control systems for mobile robots. With over 200 total citations across their most-cited works, Zhou’s research bridges fundamental materials science with practical soft robotics applications, offering transformative pathways for autonomous, reconfigurable systems that could revolutionize fields from biomedical devices to adaptive infrastructure.