Ziqiang Shang

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About

Ziqiang Shang is pioneering the intersection of sustainable materials and soft robotics, with a focus on creating biodegradable, magnetically responsive systems from natural resources. His research centers on developing environmentally-friendly stimuli-responsive materials—specifically wood and cellulose—that can be precisely controlled for locomotion and actuation. Shang’s major contributions include the invention of a “wood robot” that leverages magnetic anisotropy for programmable movement, demonstrating that biomass materials can achieve the fast responsiveness and precise control previously limited to synthetic polymers. His follow-up work on programmable, origami cellulose films further advanced the field by creating flexible, biodegradable magnetic soft robots, a critical step toward green electronics and biomedical devices. With over 20 citations for his 2022 paper and 19 for his 2023 work, Shang’s research is already shaping the future of sustainable robotics. His notable achievement lies in proving that renewable materials like wood and cellulose can replace nondegradable substrates in soft robotics, opening new avenues for eco-friendly medical implants and environmental sensors.