- Ph.D., University of Texas at Austin
- 24 Cummington Mall, Room 405
Assistant Professor of Biology, BU College of Arts & Sciences
The basis of all cognitive function is communication between neurons in the brain. This communication is mediated by synaptic connections that are modified by experience to encode function. In order to get at the big question of “how the brain works,” I study how experience-driven synaptic plasticity changes local neocortical physiology. I am particularly interested in how neural circuits are able to incorporate past experience to predictively represent spatiotemporal information.
Employing a variety of experimental and computational approaches, my lab examines how the cortical response to specific sensory stimuli changes as a consequence of learning. We use primary sensory cortices, particularly the visual cortex, as relatively accessible and interpretable regions in which to isolate the core biology responsible for coding higher-order information in less accessible neocortical areas. The goal is to elucidate the mechanistic bases of cortical processing algorithms and memory storage.Laboratory for Learned Neural Dynamics & Cortical Prediction Google Scholar