Hiroki Miyajima

Papers

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About

Hiroki Miyajima is a pioneering researcher in soft robotics and advanced materials, with a focus on magnetothermal actuation and smart hydrogel systems. His most cited work, "Alternating Magnetic Field (AMF)-Controlled Magnetothermal Actuation of Hybrid Hydrogel Fiber Mats for Soft Robotics" (2025), introduces a novel hybrid hydrogel fiber mat fabricated via electrospinning, integrating polyurethane for mechanical flexibility and poly(N-isopropylacrylamide) for temperature-responsive behavior. This innovation overcomes the limitations of conventional temperature-dependent systems by enabling precise, remote control through alternating magnetic fields, achieving rapid actuation and enhanced durability. With 4 citations in its early publication stage, this work signals growing impact in the field. Miyajima’s contributions advance the design of adaptive, untethered soft robotic systems, offering new possibilities for biomedical devices and flexible actuators. His research bridges materials science and robotics, demonstrating how hybrid hydrogels can achieve complex, programmable motions. As an emerging leader, Miyajima’s work is poised to influence next-generation soft robotics, where magnetothermal control enables safer, more efficient interactions with biological tissues and delicate environments.