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About

Guanzheng Wu is a materials scientist whose research focuses on the development of advanced stimuli-responsive polymers and smart sensing systems. His most significant contributions lie in the field of shape memory polyurethanes, where he has pioneered the design of multi-stimuli responsive materials. Notably, his work on a dual-switch TPU/CB/CNC hybrid nanocomposite (2022, 36 citations) demonstrated shape memory behavior triggered by heat, water, ethanol, and pH, showcasing remarkable versatility. In a bioinspired breakthrough, Wu synthesized a multiresponsive shape memory polyurethane derived from α-keratin hair (2021, 24 citations), which can be activated by water, heat, redox agents, and UV light—a novel approach that mimics natural protein structures. His research also extends to flexible electronics, where he developed a capacitive pressure sensor using resin thermoplastic elastomer and carbon fibers (2020, 10 citations) for monitoring pressure distribution. Wu’s work bridges biomimicry and smart materials, offering potential applications in soft robotics, biomedical devices, and wearable sensors. His innovative integration of multiple stimuli responses and bioinspired design principles marks him as a rising contributor to the field of intelligent materials.