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Topic: saccade

Seminar
1 seminar

In Behavioral Neuroscience and Biology

Seminar · Behavioral Neuroscience

Deciding to stop deciding: A cortical-subcortical circuit for forming and terminating a decision

Michael Shadlen · Columbia University

Thu, Jun 10, 2021 · 01:00 UTC

The neurobiology of decision-making is informed by neurons capable of representing information over time scales of seconds. Such neurons were initially characterized in studies of spatial working memory, motor planning (e.g., Richard Andersen lab) and spatial attention. For decision-making, such neurons emit graded spike rates, that represent the accumulated evidence for or against a choice. They establish the conduit between the formation of the decision and its completion, usually in the form of a commitment to an action, even if provisional. Indeed, many decisions appear to arise through an