Yusuke Hibi

Papers

Total Citations

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About

Yusuke Hibi is a materials scientist whose work sits at the intersection of soft robotics, photomechanics, and self-healing polymers. His primary research focuses on developing smart, responsive elastomers that can be actuated by light, mimicking the function of artificial muscles. Hibi’s most notable contribution is the simple, two-stage synthesis of a photomechanical elastomer (PME) that integrates photochromic azobenzene molecules into a polyurethane backbone. This design enables the material to bend and contract under UV light, offering a lightweight, wire-free actuation mechanism ideal for soft robotic systems. Critically, his elastomer also exhibits self-healing properties, a rare and valuable combination that enhances durability and longevity in autonomous devices. This work, published in 2019, has accumulated 30 citations and was featured on the front cover of *Advanced Intelligent Systems*, underscoring its significance. By simplifying the fabrication of photomechanical switches, Hibi has opened new pathways for creating resilient, light-driven actuators that can repair themselves—a key step toward practical, autonomous soft robots.