My research takes place at the intersection of motor neurophysiology, bioengineering, and machine learning. We apply dimensionality reduction methods to chronic multi-electrode neural recordings in a brain-computer interface paradigm to offer a neural population view of the brain. One branch of my research program uses brain-computer interfaces to answer basic science questions about the structure and flexibility of neural population activity. A second branch of my research program focuses on developing brain-computer interfaces that have the potential to restore movement to people with spinal cord injury or provide rehabilitation to people after strokes.
Education
Ph.D. in Neuroscience, Northwestern University
M.A. in Physics and Astronomy, Johns Hopkins University
B.S. in Physics, Denison University
Research Interests
Motor control, learning, brain-computer interfaces
Selected Publications
An up to date list of publications can be found here