Kiyoshi Shibanuma

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About

Kiyoshi Shibanuma is a leading figure in robotics for extreme environments, with a career dedicated to advancing remote handling systems for nuclear applications. His research focuses on developing radiation-proof robots and virtual reality simulators for hazardous settings, particularly in nuclear accident response and fusion energy maintenance. Shibanuma’s most cited work, "Development of a radiation-proof robot" (2002, 20 citations), pioneered the design of remotely operable, modular robots capable of withstanding high gamma radiation, directly contributing to safer nuclear decommissioning and rescue operations. He further demonstrated his impact with "Development of a virtual reality simulator for the ITER blanket remote handling system" (2008, 16 citations), creating immersive training tools for the world’s largest fusion experiment. This work bridges robotics and simulation, enabling precise control of heavy manipulators in inaccessible environments. Shibanuma’s contributions are foundational to modern nuclear robotics, influencing both disaster mitigation and the future of fusion energy. His achievements underscore a commitment to engineering solutions that protect human life while pushing the boundaries of autonomous systems in radiation zones.