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About

Yuta Kato is a robotics researcher whose work focuses on developing automated robotic systems for operation in hazardous environments, particularly nuclear disaster sites such as the Fukushima Daiichi Nuclear Power Plant. His major contributions center on the design and implementation of modularized rail structures and robotic platforms that can be autonomously constructed and operated in severely disturbed settings. Kato’s most cited paper, “Infiltrating the zebrafish swarm” (39 citations), demonstrates his versatility by exploring bio-inspired robotics for fish–robot interaction studies. His foundational work on automated construction systems for hazardous environments (12 citations) proposes innovative solutions for module transferring and connecting motions, while his development of intersection modules with compliant mechanisms (6 citations) enables structure branching and robot attitude changes essential for decommissioning tasks. Kato also contributed to rail structure supporting mechanisms using foamable resin (6 citations) for pillar expansion and anchoring. His research has significant practical implications for nuclear accident response and mine rescue operations, where human workforce safety is paramount. Through his publications in robotics and automation, Kato has established himself as a key contributor to the advancement of autonomous construction and robotic systems for extreme environments.