Tatsuo Yoshinobu

Tohoku Institute of Technology, Tohoku University

Papers

Total Citations

H-Index

About

Tatsuo Yoshinobu is a pioneering researcher at the intersection of brain-computer interfaces (BCIs) and bioactuators, with a focus on developing innovative systems that bridge neural control and biological robotics. His most cited work introduces a P300-based BCI system for controlling computer cursor movement, a non-invasive approach that leverages the brain’s event-related potentials to enable precise cursor navigation. This system, which uses a visual interface with blinking circles to elicit P300 responses, has garnered 12 citations and represents a significant step toward practical, real-time BCI applications for assistive technology. In parallel, Yoshinobu explores the frontier of biohybrid actuators, as seen in his work on muscle tissue actuators driven by light-gated ion channels like channelrhodopsin. This research, though with 3 citations, is conceptually bold, aiming to create self-organizing biological machines capable of self-repair and assembly—a vision that could transform soft robotics and medical implants. Yoshinobu’s contributions highlight his dual commitment to enhancing human-computer interaction and advancing bio-inspired engineering, making his work a compelling read for students and researchers interested in the future of neural interfaces and living machines.