studies the epigenetic and molecular basis of long-term memory, particularly how these mechanisms are altered in the aging brain and how epigenetic regulation of circadian genes might contribute to age-related memory decline.
All in Assistant Professor
studies the epigenetic and molecular basis of long-term memory, particularly how these mechanisms are altered in the aging brain and how epigenetic regulation of circadian genes might contribute to age-related memory decline.
studies the role of RNA splicing in synaptic plasticity
studies the neurobiology of aging, senescence, and death
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 internal state influences the circuit-level computation of color and motion information in the fly visual system
studies how stress affects social behavior and the brain to identify targets for therapeutic intervention
studies how the brain processes and uses sensory information to guide behavior
studies how the body and brain percieve and respond to internal stimuli
studies how abstract cognitive variables underlie learning, memory, and decision-making
studies the neural circuits basis of motivation, reward learning and habit formation
focuses on creating and implementing strategic initiatives around equity in academia
studies the neural circuits underlying social competence behaviors
develops technologies for studying and modulating learning and memory in the human brain
studies the neural circuits underlying stress, fear, and social behavior
studies the psychological and neural mechanisms of emotion and cognition
studies how the brain controls movement through the combination of engineering and neuroscience
studies the neural mechanisms of memory and develops open source tools for neuroscience