BRAIN Lab
BRAIN Lab
Biomechanics, Rehabilitation and Interdisciplinary Neuroscience
Biomechanics, Rehabilitation and Interdisciplinary Neuroscience
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We study how the brain and body work together to control balance and movement, and how these interactions change with aging and neurological conditions.
Our goal is to uncover the neural and biomechanical mechanisms underlying mobility and use this knowledge to develop more targeted rehabilitation strategies.
We combine neuroscience, biomechanics, and rehabilitation science to understand how the brain supports human movement.
How does the brain support balance and mobility?
How does the brain support balance and mobility?
We investigate how neural systems and brain connectivity contribute to balance, gait, and individual differences in mobility across aging and neurological conditions.
How do sensory and cognitive demands shape movement?
How do sensory and cognitive demands shape movement?
We examine how the nervous system integrates sensory information and cognitive demands to maintain balance and adapt movement in complex environments.
Can changing neural function improve movement?
Can changing neural function improve movement?
We use noninvasive brain stimulation and other experimental approaches to test causal brain–behavior relationships and identify mechanisms that can be targeted for rehabilitation.
We are building the BRAIN Lab.
We are looking for motivated students, postdocs, and collaborators who are passionate about understanding the brain and improving movement.
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