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About

Ming Qiu Zhang is a leading figure in smart polymer materials, whose work has fundamentally advanced the fields of shape memory polymers and self-healing materials. His research focuses on creating polymers that can not only remember complex shapes but also autonomously repair themselves, pushing the boundaries of what is possible in responsive materials. A key contribution is the development of "external stress-free reversible multiple shape memory polymers," a breakthrough that allows materials to change shape repeatedly without needing an external force, as detailed in his highly cited 2019 work (45 citations). Zhang has also pioneered a novel approach for "repeatedly intrinsic self-healing of millimeter-scale wounds," using a rapid volume expansion and host-guest interaction to enable large-scale, repeatable healing in polymer hydrogels (41 citations). His comprehensive 2025 review on shape memory elastomers, which explores molecular structures and emerging applications in medical devices and soft robotics, has already garnered significant attention (14 citations). Through these innovations, Zhang has established himself as a pivotal researcher, creating materials that are smarter, more durable, and closer to real-world application in biomedicine and soft robotics.