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About

Hideaki Miyamoto is a pioneering researcher whose work spans the frontiers of robotic surgery, planetary geology, and astrobiology. His key research areas include robotic-assisted nerve transfer surgery, Mars habitability, asteroid resource utilization, and autonomous planetary reconnaissance. Miyamoto’s major contributions are marked by his innovative use of the da Vinci robot for nerve transfers to the deltoid muscle, demonstrating the feasibility of robotic microsurgery in six cases (35 citations). He also co-authored a seminal inventory of potentially habitable environments on Mars, integrating geological and biological perspectives (25 citations), and developed fuzzy expert systems for the search for extraterrestrial life (25 citations). His studies on granular processes on the asteroid Itokawa (11 citations) have informed strategies for asteroid resource utilization, while his work on robotic phrenic nerve harvest in pig models (15 citations) and femoral fracture models using pneumatic actuators (8 citations) advances surgical robotics. Miyamoto’s notable achievements include pioneering robotic nerve harvest techniques and contributing to NASA-relevant planetary exploration concepts, such as multi-tier autonomous reconnaissance for subsurface life detection. With over 120 total citations, his interdisciplinary approach continues to inspire students and researchers in both medicine and space science.