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About

Ryo Minegishi is a pioneering researcher at the intersection of neuroscience, robotics, and bioengineering, with a focused specialization in brain-machine hybrid systems and insect sensory-motor control. His most celebrated contribution is the development of brain-machine hybrid systems (BMHS) that harness the living neural circuitry of the male silkworm moth (*Bombyx mori*) to solve complex real-world problems, most notably chemical plume tracking — a challenge of significant relevance to autonomous robotics and search-and-rescue applications. By coupling an insect's biological brain directly with robotic hardware, Minegishi has illuminated how living neural systems dynamically adapt through continuous interactions between brain, body, and environment. His most-cited work (2011, 33 citations) demonstrated that insect brains could serve as functional controllers within hybrid robotic platforms, while his 2013 studies further probed how sex pheromone-guided behavior and rotational disturbance compensation reveal deeper principles of biological adaptability. This body of research, accumulating nearly 60 citations across five key publications, offers a compelling framework for biologically inspired robotics and provides neuroscientists with a powerful tool for studying adaptive sensory-motor integration in compact neural architectures.