Yuki Sato
Papers
5
Total Citations
127
H-Index
4
About
Yuki Sato is a pioneering researcher in radiation imaging and robotic remote sensing, with a specialized focus on nuclear decommissioning applications. Working at the intersection of nuclear physics and robotics, Sato has made substantial contributions to the development of advanced systems for visualizing and mapping radioactive contamination in hazardous environments — most notably within the damaged reactor buildings of Japan's Fukushima Daiichi Nuclear Power Station following the catastrophic 2011 meltdown. Sato's most influential work, cited 97 times, demonstrated the feasibility of mounting compact Compton cameras on crawler robots to perform radiation imaging inside the Fukushima buildings — a landmark achievement that directly addressed the challenge of minimizing human exposure during decommissioning operations. Subsequent research expanded this approach by integrating Compton cameras with LiDAR technology and autonomous mobile robots, enabling increasingly precise, automated localization of radioactive hotspots across diverse robotic platforms, including Mecanum wheel robots and hexapod systems. With a cumulative citation count exceeding 125, Sato's body of work has meaningfully shaped practical strategies for nuclear site decontamination and worker safety, offering scalable, remotely operated solutions to one of the most technically demanding cleanup challenges in modern nuclear engineering history.
Research Focus
Key Achievements
Top Papers
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