Adriana Galvan

Dr. Adriana Galvan is a Professor in the Department of Psychology within UCLA's College of Letters and Science. Her research focuses on adolescent brain development, with particular emphasis on reward processing, risk-taking behavior, and emotional regulation. She has published extensively on the neural mechanisms underlying adolescent decision-making and cognitive development.

Dr. Galvan's research interests center on the developmental trajectory of the brain's reward system during adolescence. Her work investigates how frontostriatal circuitry matures and how these neural changes influence reward processing, risk-taking behavior, and emotional regulation in adolescents. She has made significant contributions to understanding why adolescents show heightened sensitivity to rewards and how this relates to increased risk-taking during this developmental period. Her research employs various neuroimaging techniques to examine the neural correlates of reward processing and decision-making across development.

Analysis of Dr. Galvan's publication record reveals a consistent focus on adolescent neuroscience, particularly examining reward systems, risk behavior, and emotional regulation. Her work spans multiple methodologies including fMRI, developmental studies, and clinical applications. The research shows a progression from foundational work on adolescent brain development to more nuanced investigations of how socioeconomic factors, emotional states, and genetic variations influence neural processing during adolescence. Her recent work continues to push boundaries with the 2025 publication on evolutionary developmental perspectives of the adolescent brain.

Dr. Galvan has made substantial contributions to our understanding of adolescent neuroscience through her extensive publication record spanning over two decades. Her work has significantly advanced knowledge about how the brain's reward system develops during adolescence and how this relates to behavior. Her research has important implications for understanding adolescent risk behavior, emotional development, and the neural basis of decision-making during this critical developmental period.