studies the neural underpinnings of the sense of self-motion and orientation in space.
All in Neural Circuits
studies the neural underpinnings of the sense of self-motion and orientation in space.
studies basal ganglia and reward circuitry that regulate motivation and repetitive behaviors.
studies the role of sex and hormones on stress- and fear-related behaviors and neural circuitry
studies cortical and cerebellar mechanisms underlying predictive processing using electrophysiological and optical methods in awake behaving mice.
studies how neuronal activity in the auditory cortex shapes our perception of the outside world
studies how animals make flexible decisions under risk and social influence, and the neural circuit mechanisms underlying these choices.
studies neural circuits of aggression and their perturbations in neuropsychiatric and neurodegenerative diseases
studies the neural circuits and immunological processes underpinning psychosis
studies how different regions of the brain communicate
studies the neural circuits basis of motivation, reward learning and habit formation
studies the circuits underlying different phases of memory and modes of learning
studies the neural circuits underlying stress, fear, and social behavior
studies how neural circuits transform sensory information into flexible behavior
studies the neural encoding of complex sound features in auditory cortex, and its relation to perception and decision-making
studies circuit mechanisms underlying compulsive behaviors in mouse models of OCD
studies the role of interneurons in cortical sensory processing
studies how hormonal state changes affect the neurobiology of social behavior
studies the generation and modulation of social behaviors
studies the neural circuits underlying motivated behaviors