Yudai Kimoto

Papers

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About

Yudai Kimoto investigates the neural and biomechanical foundations of expert motor skill, with a particular focus on piano performance. His research bridges neuroscience, biomechanics, and music pedagogy to understand how the brain and body coordinate dexterous movement. In his most-cited work (2021, 10 citations), Kimoto examined how pianists achieve independent finger control, revealing that expertise reshapes both corticomuscular coupling and biomechanical constraints—a key insight for understanding motor learning in skilled individuals. His 2022 study (8 citations) explored passive somatosensory training as a novel method to enhance piano skill in both adolescent and adult pianists, demonstrating that sensory afferent information alone can drive motor improvement across the lifespan. This work highlights the often-overlooked role of tactile feedback in music performance and motor rehabilitation. Kimoto’s research has significant implications for pedagogy, neurorehabilitation, and our understanding of how the nervous system adapts to complex motor demands. By integrating multimodal sensory and motor data, he is advancing knowledge of how expertise shapes the human motor system.