Hiroyuki Mizuno
Papers
3
Total Citations
10
H-Index
2
About
Hiroyuki Mizuno is a rising researcher at the forefront of cognitive and computational neuroscience, specializing in active inference, the free energy principle, and socially intelligent artificial agents. His work bridges theoretical frameworks from biology and psychology with practical implementations for autonomous systems. Mizuno’s major contributions include pioneering the integration of empathy mechanisms into active inference models, enabling artificial agents to adapt their social behavior dynamically across diverse situations—a breakthrough for human-robot interaction. He also introduced the concept of the “artificial minimal self,” grounded in the free energy principle, which allows heterogeneous agents to achieve autonomous cooperation without centralized control. Additionally, his research on developmental embodiment and hierarchical active inference explores how perception-action loops form through embodied experience, advancing our understanding of cognitive development in machines. With over 10 citations across his most-cited works, including his 2023 paper on empathy-driven active inference, Mizuno’s work is gaining traction for its innovative synthesis of theoretical rigor and applied robotics. His achievements mark him as a promising voice in creating socially adept, self-organizing artificial systems.
Research Focus
Key Achievements
Top Papers
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