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About

Gooyoon Chung is pioneering the intersection of soft robotics, bioinspired design, and magnetic actuation. Her research centers on developing reprogrammable, recyclable, and miniaturized systems that harness magnetic fields for precise, wireless control. Chung’s most cited work introduces origami robots that can be folded, unfolded, and magnetically guided—offering a sustainable, biodegradable platform for cost-effective robotic applications (15 citations). She has also engineered a bio-inspired, miniaturized magnetic heart valve for advanced cardiovascular simulators, enabling programmable regulation that closely mimics human aortic valve function (9 citations). Additionally, her magnetically tunable stiffness metamaterials, fabricated via 4D printing with neodymium microparticles, achieve rapid transitions between soft, moderate, and stiff states—a breakthrough for adaptive structures (3 citations). Featured in *Advanced Materials*, this work highlights her ability to merge biological inspiration with programmable material properties. With a growing portfolio of high-impact publications, Chung is shaping the future of responsive, sustainable, and medically relevant magnetic systems.