studies the stability and flexibility of neural circuit function
All by Megan Kirchgessner
studies how brains change in response to selection pressure on behavior
develops novel optical tools to study neuromodulation in neuropsychiatric disorders
studies how the brain and spinal cord control our sense of touch
studies neuronal circuits that support auditory perception and learning
studies the role of sex and hormones on stress- and fear-related behaviors and neural circuitry
uses experimentation and modeling to uncover the neural computations underlying complex cognition in health and disease
Dr. Jyoti Mishra integrates neuroimaging, digital health and clinical translation approaches for next-generation mental healthcare solutions
studies cortical and cerebellar mechanisms underlying predictive processing using electrophysiological and optical methods in awake behaving mice.
studies natural genetic and adaptive variation of cognition and related neuronal traits.
studies the underlying neurobiology of motivated behaviors related to addiction and neuropsychiatric disorders
studies the neurobiology of aging, senescence, and death
studies the synaptic and circuit mechanisms underlying maternal behavior and physiology
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 the organization and dynamics of large-scale brain networks underlying cognitive flexibility
focuses on creating and implementing strategic initiatives around equity in academia
studies the neural circuits underlying social competence behaviors