Minori Tokuda
Papers
5
Total Citations
38
H-Index
3
About
Minori Tokuda is a pioneering researcher at the intersection of neuroscience, robotics, and biocomputing, with a distinctive focus on developing hybrid systems that bridge living biological neural networks with artificial machines. His most celebrated contribution is the "Vitroid" neuro-robot-hybrid system, which interfaces cultured rat hippocampal neurons with a miniature mobile robot, demonstrating that living neuronal networks can interpret and respond to external stimuli in meaningful ways. This landmark work, accumulating 22 citations, established a foundation for understanding how biological neural activity can serve as a computational substrate for real-world machine control. Beyond robotics, Tokuda has made significant contributions to brain-computer interface research, investigating how dissociated neuron cultures on multi-electrode arrays can exhibit logical processing capabilities. His work on "fuzzy bio-interfaces" explores the translation of complex neuronal firing patterns into actionable machine commands, blending biological computation with fuzzy logic frameworks. Earlier foundational studies examined how electrical stimulation modulates neuronal activity patterns, providing critical mechanistic insights underpinning his later applied research. Collectively, Tokuda's body of work represents an innovative and forward-thinking effort to harness living neural tissue as a functional component of intelligent systems, contributing meaningfully to the emerging field of biohybrid computing.
Research Focus
Key Achievements
Top Papers
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