works to infer complex cognitive processes from neural activity
Dr. Maya Opendak
studies how stress affects social behavior and the brain to identify targets for therapeutic intervention
Dr. Marlene Cohen
studies how visual information is encoded in neurons and used to guide behavior
Dr. Yasmin Escobedo Lozoya
studies how different regions of the brain communicate
Dr. Charlotte Stagg
studies how the brain adapts to new challenges, particularly the learning of new motor skills and recovery of motor function after stroke
Dr. Y Kate Hong
studies how the brain processes and uses sensory information to guide behavior
Dr. Farah Lubin
studies the molecules that control gene expression and their roles in learning and memory in the brain
Dr. Kara Marshall
studies how the body and brain percieve and respond to internal stimuli
Dr. Kia Nobre
studies how neural activity linked to perception and cognition is modulated according to memories, task goals and expectation
Dr. Kanaka Rajan
studies how abstract cognitive variables underlie learning, memory, and decision-making
Dr. Indira Turney
studies the impact racism and lived experiences have on the aging brain
Dr. Lucina Uddin
studies the organization and dynamics of large-scale brain networks underlying cognitive flexibility
Dr. Talia Lerner
studies the neural circuits basis of motivation, reward learning and habit formation
Dr. Aya Osman
studies how the gut microbiome and the brain interact in the context of autism spectrum disorder
Dr. Ann Hermundstad
studies strategies for representing sensorimotor information that support efficient circuit computations and guide flexible behavior
Dr. Preeya Khanna
develops technologies that help with rehabilitation in disorders that affect the motor system
Dr. Letisha Wyatt
focuses on creating and implementing strategic initiatives around equity in academia
Dr. Carsen Stringer
studies visual computation and the neural representations of behavioral states
Dr. Maria Lehtinen
studies cerebrospinal fluid signaling in health and disease
Dr. Gabrielle Gutierrez
uses information theory to understand how neural circuits encode sensory information