USC Neuroscience PhDs decode minds from synapse to schema. Labs stitch petabyte EM stacks into fly-through connectomes, loop optogenetic stimulation with GPU vision inference on Loihi neuromorphic boards, and test hippocampal replay in VR mazes rendered at 144 Hz. Translational electives pair fMRI-based digital twins with neurosurgical planning, while Ethics forums debate memory-enhancer equity. Dissertations generate datasets and devices that reshape cognition research.
Deep-learning decoder reconstructing images from V1 calcium video
Closed-loop opto-feedback suppressing epileptiform bursts
Graph analysis of developmental connectome sparsity
VR spatial-navigation task probing theta phase precession
Neuromorphic chip benchmarking energy per synaptic op
Wearable EEG microsleep detector for drivers
Single-cell RNA-seq atlas of stress-axis nuclei
Edge inference of tremor dynamics via IMU gloves
Neuro-symbolic model of working memory gating
Citizen-science migraine trigger app with weather sync
Optical clearing pipeline for whole-brain immunolabelling
RL agent informed by dopamine-like reward prediction
Policy brief on consumer EEG data privacy
Neuroethics audit of attention-hacking apps
AR educational tool visualizing AP propagation in 3-D
Chart, modulate and model the nervous system in action.
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