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About

Luzhi Zhang is a leading innovator in the design of advanced polymeric materials, with a primary focus on self-healing polymers, functional elastomers, and soft robotics. His major contribution lies in pioneering dynamic covalent chemistry, most notably through the development of dynamic oxime-urethane bonds. This versatile unit, detailed in his highly cited 2021 work (72 citations), enables the creation of high-performance self-healing materials with broad applicability. Zhang has further pushed the boundaries of material science by engineering spider-silk-inspired tough, melt-spinnable ionogels (70 citations, 2023), integrating mechanical robustness with room-temperature self-healing and recyclability for stretchable electronics. His work on hybrid cross-linking strategies (50 citations, 2023) provides a foundational framework for constructing next-generation functional elastomers. Demonstrating remarkable translational impact, Zhang recently achieved a breakthrough in 4D-printed soft robotics (27 citations, 2024), creating a non-Euclidean-plate jellyfish-inspired robot that operates stably in diverse organic solvents—a critical advance for extreme environment exploration. With over 200 total citations and a rapidly growing portfolio, Zhang is establishing himself as a pivotal figure in sustainable, intelligent soft matter.