Kenya Higashijima

Papers

Total Citations

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About

Kenya Higashijima is a robotics researcher whose work bridges traditional cultural performance and cutting-edge actuator technology. His primary research areas include pneumatic artificial muscles, biomimetic manipulation, and robotic musicianship. Higashijima’s major contribution lies in developing a manipulator driven by a gas–liquid phase-change actuator, a novel artificial muscle system that integrates a miniaturized compressor. This innovation, detailed in his most-cited 2019 paper (5 citations), advances soft robotics by enabling compact, powerful, and flexible motion for industrial and research applications. In parallel, Higashijima has made notable strides in cultural robotics through his refinement of a Thai flute (khlui)-playing robot. His 2018 work (4 citations) focuses on achieving authentic, natural-sounding performances in traditional Thai style by optimizing blown air flow rate control with precise sensor feedback. This project exemplifies his ability to merge engineering precision with artistic expression. Though his citation counts are modest, Higashijima’s work is impactful for its interdisciplinary approach—demonstrating how robotics can preserve cultural heritage while pushing the boundaries of actuator design. His research offers valuable insights for students interested in soft robotics, human-robot interaction, and the intersection of technology with the arts.