studies the neural and cognitive mechanisms underlying age-related changes in motivated learning and memory
studies the neural and cognitive mechanisms underlying age-related changes in motivated learning and memory
studies how sleep influences learning and memory consolidation
studies the postpartum brain and how early life events influence neuropsychiatric disorders
studies information processing algorithms underlying neural interactions
studies the neural mechanisms of pain and emotion
studies how hormonal state changes affect the neurobiology of social behavior
studies the neural mechanisms of learning and memory
uses computational methods to study the neural correlates of observational learning
studies the generation and modulation of social behaviors
studies how experience impacts neuroscience and behavior
studies the neural circuits underlying motivated behaviors
studies how brain circuitry changes in response to experience
studies the cellular and molecular responses to peripheral nerve injury, focusing on Schwann cells
studies the interaction between the brain, the meninges, and the brain vasculature
studies how neurons in the cortex act flexibly across different behavioral states
studies regional heterogeneity at the blood-brain barrier and its implications in health and disease
studies and writes about education and careers in the field of neuroscience
studies how the brain processes and uses complex visual information
studies processes underlying decision-making and how decisions become actions
studies early biomarkers of Alzheimer’s Disease in a population with genetic early-onset Alzheimer’s