Papers
3
Total Citations
53
H-Index
2
About
Chie Hosokawa is a pioneering researcher in the emerging field of neuro-robotic interfaces, where living biological neural networks are directly linked to artificial systems. Her work centers on developing "hybrid" systems that bridge the gap between cultured neurons and the external world, creating a new paradigm for understanding neural computation and adaptive behavior. Her major contributions include the development of the "Vitroid" system, a neuro-robot hybrid that connects a living network of rat hippocampal neurons, cultured on a multi-electrode array, to a miniature moving robot. This groundbreaking platform demonstrated that a cultured neuronal network could not only exhibit spontaneous activity but also distinguish between different patterns of electrical inputs, effectively allowing the biological network to control the robot's actions. With over 50 combined citations for her foundational papers, Hosokawa’s work is a cornerstone in bio-hybrid robotics. Her research provides a powerful model for studying neural information processing, memory, and learning in a controlled setting, offering profound implications for both neuroscience and the development of novel bio-inspired computing and adaptive robotic systems.
Research Focus
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Top Papers
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