Papers
2
Total Citations
51
H-Index
2
About
Naoki Miura’s research lies at the compelling intersection of cognitive neuroscience, human-robot interaction, and the neuroaesthetics of movement. His work fundamentally explores how the human brain perceives and emotionally connects with robotic motion, particularly through the lens of dance and embodied action. In his landmark 2009 fMRI study, Miura demonstrated that the smoothness of a robot’s movement directly influences brain activity in regions associated with aesthetic appreciation and social cognition, revealing that motion quality is a critical channel for transmitting implicit, emotionally rich information. This study, with 41 citations, is a foundational reference in social robotics. Miura further advanced the field by showing that bipedal humanoid robots, as opposed to wheel-driven ones, generate significantly greater empathy and neural resonance in observers. His pioneering use of neuroimaging to probe the subtle dynamics of human-robot interaction has provided empirical evidence for how robotic embodiment shapes our emotional and cognitive responses, offering profound insights for designing more intuitive and socially engaging robots.
Research Focus
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Top Papers
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