- Neuropsychiatric disorders
- Multimodal neuroimaging
- Machine learning, deep learning for clinical neuroscience
- Large-scale consortium neuroscience
- Neuroimaging genetics
- Neurodegeneration and aging
- Epilepsy
- EEG
- MRI
- Traumatic Brain Injury
- Alzheimer’s Disease
- Applied Harmonic Analysis
- Diffusion Geometry
- Biomedical Signal Processing
- Nonlinear Filtering
- Analysis and Modeling of Signals
- Statistical Signal Processing
- Virtual Reality
- Locomotor adaptation and learning
- Optimality principles underlying the control of healthy and pathological gait
- Elucidating cortical contributions to human gait
- Developing virtual-reality based approaches for neurorehabilitation
- Electrical stimulation of the retina
- Retinal prosthesis
- Retinal disease
- Instrumentation for vitreoretinal surgery
- traumatic brain injury in older adults
- brain aging
- connectomics
- cerebral plasticity prompted by traumatic brain injury
- neuroimaging
- blood-brain barrier
- cerebral microhemorrhage
- aging in atypical populations
- Neural plasticity and neurorehabilitation
- Motor learning and recovery
- Stroke rehabilitation
- Neuroimaging
- Noninvasive brain stimulation
- Neurofeedback
- Brain computer interfaces
- Virtual reality
- Using computer models to study brain function at single cell and systems levels
- Role of active dendritic processing in the sensory and memory-related functions of pyramidal neurons
- Neuromorphic models of visual cortex; neurally-inspired approaches to image processing problems
- Hippocampal memory prostheses
- Experimental, theoretical and computational studies of the hippocampus
- Combined mechanistic and statistical modeling of nervous systems
- Mechanisms of learning and memory
- High-density conformal multi-electrode array
- Ultraminiaturized bioelectronics systems for neural recording and stimulation
- Cellular neurobiology
- Developmental neurobiology
- Sensory neurobiology
- Central visual processing
- Synaptic circuitry mechanisms for sensory information processing
- Technical innovations for tracing brain circuits
- Neural circuits for innate behavior
- Synaptic and cellular basis for development and plasticity of neural circuitry
- Neural circuitry basis for sensory processing disorders