Duke’s Neurobiology Ph.D. melds two-photon imaging, connectomics, and computational modeling to unveil how brains compute. Candidates decode ensemble dynamics during social decision-making, build wireless optogenetic implants, and craft closed-loop BCIs restoring motor intent. Translational rotations pair labs with Duke Hospital neurosurgeons for real-world impact.
Deep-learning reconstruction of speech from cortical activity
Whole-brain light-sheet mapping of stress circuitry in zebrafish
Graph analysis of synaptic connectomes in autism models
Wireless µLED optogenetics for freely moving primates
NMDA-receptor CRISPR editing reversing cognitive deficits
Citizen-science EEG study on sleep and problem-solving
VR navigation task probing entorhinal grid remapping
Closed-loop stimulation for chronic pain modulation
Policy memo on consumer neuro-wearable data privacy
Open-source toolbox for calcium-imaging spike inference
Stem-cell-derived cortical organoid electrophysiology atlas
Public science art show visualizing brainwave music
Decode mind and engineer therapeutics through Duke’s Neurobiology Ph.D.
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