Hideyuki Yokota

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About

Hideyuki Yokota is a leading figure in the development of soft, high-performance electroactive polymer transducers, with a particular focus on dielectric elastomers (DEs). His groundbreaking work has demonstrated the remarkable power-to-weight ratio of these materials, most notably in a 2016 study where a DE actuator weighing just 0.1 grams successfully lifted a 2-kilogram weight using carbon-based electrodes—a feat that underscores the transformative potential of elastomer technology for robotics and biomedical devices. This achievement, highlighted in his highly cited paper "Elastomer Transducers," has garnered significant attention (10 citations) for its practical implications in lightweight actuation. Yokota’s contributions are pivotal in advancing the field of soft robotics, where his innovations in electrode materials and actuator design continue to inspire new applications in wearable devices, artificial muscles, and micro-manipulation systems. His work bridges materials science and engineering, offering scalable solutions for next-generation transducers.