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During a typical experiment,
we measure motor control as people learn to interact with novel tools.
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We measure eye movements and
quantify how the brain integrates visual information with proprioceptive
information.
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We use transcranial magnetic stimulation to briefly disrupt neural processing
of information in the brain to assess how it impacts control of movements.
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We use functional
magnetic resonance imaging to measure correlates of neural activity in the
brain during tool use.
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We use positron emission
tomography to measure blood flow in the brain, a correlates of neural
activity, during adaptive control of reaching.
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In collaboration with Dr. Fred Lenz
in Hopkins Neurosurgery, we record from single cells in the brain during
adaptive control of reaching.
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A two-arm robotic system to help investigate coordination and control in
healthy people and in patients with neurological disorders.
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In collaboration with Dr. David Zee
in Hopkins Neurology, we measure eye trajectory during saccades in order to
better understand control of eye movements in healthy people and in patients
with neurological disorders.
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