Ryoma Takahashi

Papers

Total Citations

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About

Ryoma Takahashi is a pioneering robotics researcher whose work bridges the gap between precision actuation and biomimetic sensing. His primary research areas include piezoelectric ultrasonic motor design, mobile robotics, and food texture analysis through robotic simulation. Takahashi’s most influential contribution is the development of a Δ-type mobile robot driven by three standing-wave-type piezoelectric ultrasonic motors, a novel design that leverages stacked-type piezoelectric actuators for compact, high-torque locomotion. This work, with 49 citations, has advanced the miniaturization of robotic systems for applications in microelectromechanical devices and biomedical sciences. Additionally, his research on a robotic mastication simulator equipped with artificial teeth and a tongue (15 citations) has provided a groundbreaking tool for objectively estimating food texture, with implications for food science and assistive technologies. Takahashi’s achievements demonstrate a unique ability to integrate fundamental actuator physics with practical, interdisciplinary applications, making him a notable figure in the development of next-generation robotic systems for both industrial and biomedical fields.