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About

Taiga Nakano is a biomedical robotics researcher whose work sits at the intersection of surgical automation, precision engineering, and minimally invasive medicine. His most significant contributions lie in two principal domains: robotic assistance for ophthalmic surgery and computer-controlled robotic systems for orthopedic bone machining. Nakano's most influential work, concentrated in a remarkably productive 2009 period, addresses the extraordinary challenge of robot-assisted vitreoretinal surgery — one of medicine's most delicate procedures, demanding sub-millimeter precision inside the human eye. His papers on this topic have garnered over 200 combined citations, reflecting the field's strong interest in robotic solutions that can surpass the limits of human hand tremor and dexterity. Equally notable is his pioneering research into milling robots for minimally invasive orthopedic surgery, where he developed novel tool path generation and interference-avoidance algorithms designed to protect surrounding soft tissue during bone machining. These contributions directly address a critical patient safety challenge in surgical robotics. With nearly 300 career citations across focused, technically rigorous work, Nakano has established himself as a meaningful contributor to the growing field of surgical robotics, advancing both ophthalmology and orthopedics toward safer, more precise automated interventions.