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Our Goal Understand how humans learn to control and interact with objects with high dynamic complexity, including our own bodies and those of others (e.g., rehabilitation). |
Our Approach We perform behavioral experiments in a virtual environment, which affords precise control over physical interactions and sensory feedback. Neurophysiology, mathematical modeling, and computer simulation are combined to analyze neuromotor function. |
Our Impact The knowledge gained through our research will aid in the development of innovative techniques for improving mobility and function in patients with neurologic disorders. |
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