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About

Ning Zheng is a leading researcher in the field of stimuli-responsive soft materials, with a primary focus on liquid crystal elastomers (LCEs) and dynamic covalent polymer networks. His work has fundamentally advanced the design of soft robotics and shape-memory materials by addressing critical limitations in actuation, programming, and material heterogeneity. Zheng’s most impactful contribution includes pioneering a light-regulated shape-memory polymer that leverages topological defects in dynamic covalent networks, enabling on-demand shape changes (138 citations). He has also developed innovative strategies for autonomous locomotion in LCE soft robots, achieving multimodal, self-sustained motion that mimics biological systems (90 citations). More recently, Zheng introduced a geometrically insensitive “deform-and-go” actuator through controlled radical diffusion, breaking the traditional link between geometry and alignment programming—a key barrier in LCE design. His work on multi-material LCEs via digitally programmable network topologies has opened new avenues for creating spatially organized, heterogeneous soft robotic systems. With over 244 cumulative citations across his most-cited papers, Zheng’s research is widely recognized for its creativity and practical impact, positioning him as a rising leader in soft matter engineering and intelligent materials.