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About

Ruike Renee Zhao is a pioneering researcher at the intersection of soft robotics, smart materials, and magnetic actuation, whose work has fundamentally transformed how engineers design and control shape-morphing systems. She is best known for her groundbreaking 2018 paper "Printing ferromagnetic domains for untethered fast-transforming soft materials," which has amassed over 2,100 citations and introduced a revolutionary approach to programming magnetic soft materials for rapid, reversible shape transformation. Her research spans magnetic shape memory polymers, hard-magnetic soft material mechanics, and origami-inspired robotics, establishing her as a defining voice in the field. Zhao's contributions extend across multiple platforms, including soft wall-climbing robots, amphibious millirobots, and origami robotic arms capable of omnidirectional bending and twisting — collectively accumulating thousands of citations. Her development of magnetic dynamic polymers and multifunctional soft composites has opened new pathways for reconfigurable architectures in biomedical devices and morphing structures. By combining rigorous mechanics with creative fabrication strategies, Zhao has consistently bridged theory and application. Her body of work represents a transformative force in untethered soft robotics, inspiring a generation of researchers pursuing intelligent, adaptable machines.