Papers
4
Total Citations
59
H-Index
4
About
Olivier White is a prominent neuroscientist whose research bridges sensorimotor control, gravitational physiology, and human motor adaptation. His work focuses on understanding how the central nervous system processes and integrates multimodal sensory information to coordinate movement, particularly under altered gravitational conditions such as microgravity and hypergravity environments relevant to spaceflight. Among his notable contributions, White has illuminated the mechanisms by which grip force adjustments are coordinated between the hands during object manipulation, demonstrating that these rapid motor interactions operate independently of object dynamics — a finding that has garnered 26 citations and deepened our understanding of bimanual control. His subsequent research explored how coherent multimodal sensory signals enable the nervous system to switch between gravitoinertial contexts, advancing knowledge of motor learning and context-dependent adaptation. White's more recent investigations into how simulated microgravity and hypergravity affect arm movement control, alongside work on local gravity compensation strategies, underscore his commitment to developing practical solutions for astronaut performance and rehabilitation. With citations spanning fundamental motor neuroscience and applied aerospace medicine, his contributions represent a vital intersection of basic science and real-world human performance challenges, making his work especially valuable to researchers and students in movement science and space physiology.
Research Focus
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