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About

Yuhei Yamada is a pioneering researcher at the intersection of soft robotics and intelligent materials, with key contributions in electrohydrodynamic (EHD) pumps, self-sensing actuators, and chemically-driven gel systems. His most cited work (2020, 35 citations) optimizes flexible EHD pump fabrication, enabling silent, compact fluidic actuation crucial for soft robots that interact safely with humans. Yamada advanced this field with a self-recovering wire electrode EHD pump (2025) that achieves high-speed McKibben artificial muscle actuation, addressing the longstanding challenge of bulky, noisy external pumps in wearable devices. He also introduced the electrochemical dual transducer (ECDT, 2022, 18 citations), a novel fluidic machine that integrates self-sensing actuation through chemical reactions, enhancing multifunctionality without complex external sensors. In a notable departure, Yamada demonstrated periodical torsional motion in polymer gels (2022) driven solely by chemical energy from the Belousov-Zhabotinsky reaction, proposing autonomous, battery-free gel actuators. His concept of "Material Intelligence" (2023) further envisions materials with embedded computational and actuation capabilities. With over 66 citations across his top works, Yamada’s research is shaping the future of autonomous, soft, and wearable robotic systems.