The first is to further our understanding of how multiple learning and memory systems interact to produce behavior. Research Research Summary/Interestsīehavior, decision-making and information processing in neural systems Redish and his team explore the similarities and differences across species as a means of understanding addiction and its treatment. Through collaborations with other neuroscientists and psychologists translating their novel decision tasks to human populations, and clinicians testing consequences of their proposed explanations for dysfunction, Dr. His laboratory has major research efforts in theoretical explanations of the interactions of multiple decision-making systems, in the neurophysiology of the information processing in those decision-making systems, and in the clinical consequences of dysfunction in those decision-making systems. His research interests span the neurophysiology of behavior, including computational, experimental, theoretical, and clinical approaches. His research addresses questions of addiction from the perspective of addiction as dysfunctions in those decision-making processes. He and his team explore the computational processes that underlie decision-making. David Redish is a Distinguished McKnight University Professor in the Department of Neuroscience.
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