studies basal ganglia and reward circuitry that regulate motivation and repetitive behaviors.
All in Behavior
studies basal ganglia and reward circuitry that regulate motivation and repetitive behaviors.
studies how animals make flexible decisions under risk and social influence, and the neural circuit mechanisms underlying these choices.
studies social recognition and social decision making, and how social and non-social rewards are differentially encoded in the brain.
studies how internal and external sensory cues are integrated to shape movements and posture during active locomotion, using zebrafish as a model.
studies the molecular and neural mechanisms of pain perception in the amygdala
studies the neural mechanisms of how social interactions influence fear and avoidance behaviors
studies cerebellar influence on neural development and social and cognitive behaviors
studies neural circuits of aggression and their perturbations in neuropsychiatric and neurodegenerative diseases
studies how visual information is encoded in neurons and used to guide behavior
studies how the brain processes and uses sensory information to guide behavior
studies the impact racism and lived experiences have on the aging brain
studies the neural circuits underlying social competence behaviors
studies the neural circuits underlying stress, fear, and social behavior
studies the neural circuits and computations underlying decision-making
studies how sleep influences learning and memory consolidation
studies how hormonal state changes affect the neurobiology of social behavior
uses computational methods to study the neural correlates of observational learning
studies the generation and modulation of social behaviors
studies the neural circuits underlying motivated behaviors
studies processes underlying decision-making and how decisions become actions