Projects
CNT projects
Experimental Neuroscience
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Optical vs. electrical spinal stimulation for plasticity
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Bidirectional interface for bridging damaged cortical areas in humans
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Optogenetics to improve recovery after stroke in non-human primates
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Inducing corticostriatal plasticity and measuring dopamine in non-human primates
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ECoG plasticity and adaptation in humans with intact cortex
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Learning to see again: biological constraints on cortical plasticity and the implications for sight restoration technologies (funded by the NIH)
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Transcutaneous spinal stimulation to induce plasticity and improve hand and arm function after cervical spinal cord injury
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Co-adaptive techniques for closed loop stimulation in humans with ongoing circuit dynamics
Computational Neuroscience
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Quantifying large-scale cortical dynamics and plasticity during task learning
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A dynamical systems approach to understanding cortical microcircuits, adaptation and plasticity induction
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Protocols and predictive modeling for optimizing cortical plasticity
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Neural networks implemented on Neurochip FPGA
Communication and Interface
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Neurotransmitter response to epidural spinal cord stimulation via directional glassy-carbon neural interfaces
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Multi-function electrodes for inducing and quantifying spinal cord plasticity
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Artifact cancellation for plasticity induction
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Wireless neurochip for neuromorphic plasticity induction
Neuroethics
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Agency of individuals undergoing plasticity-inducing therapy
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End-user values related to neural device for inducing plasticity
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Ethics workshop dialogue tool for neural engineering