Daichi Nozaki
Papers
2
Total Citations
20
H-Index
2
About
Daichi Nozaki’s research lies at the intersection of sensorimotor control and gravitational physiology, exploring how the human brain adapts movement to altered gravity. His work is critical for understanding motor performance in extreme environments, from spaceflight to high-G aviation. In his highly cited 2021 study (12 citations), Nozaki demonstrated that simulated microgravity and hypergravity conditions significantly disrupt arm movement accuracy, revealing the brain’s reliance on Earth’s gravitational force for precise motor commands. A complementary 2021 paper (8 citations) showed that local gravity compensation can partially restore motor control, offering insights for countermeasures against movement deficits in space or during piloting. By systematically isolating gravity’s role in sensorimotor adaptation, Nozaki has advanced our understanding of how the nervous system recalibrates reaching and pointing under novel force fields. His work has direct implications for astronaut training, rehabilitation robotics, and human-machine interfaces in variable-gravity environments. With a growing citation impact, Nozaki is establishing himself as a key voice in gravitational neuroscience, bridging basic motor control research with practical applications for exploration and safety.
Research Focus
Key Achievements
Top Papers
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- 2