Flexible Function of Cortical Circuits

Our goal is to understand the adaptive, flexible interactions of brain circuits.

The physical elements of a neural circuit, cells, and synapses, are largely stable over short time periods. In contrast, the functional circuit—the subset of cells that are active participants—and its output changes on a millisecond timescale. Using a multilevel approach combining electrophysiology, imaging, and behavior, we investigate how neurons interact to promote flexible circuit function underlying perception and cognition.

Recent News

Answering a Century-Old Question: How do Brain Oscillations Emerge?

Waves of synchronized, coordinated neuronal activity have been observed and...

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Highlighting Yale’s Neuroscience Research

In an effort to better understand the impactful neuroscience research underway at Yale...

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How Do We Learn & How Does Our Brain Change Between Different Mental States?

What changes happen at the cellular level in the cerebral cortex between concentration...

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Not Just Uninhibited: Interneurons and Seizure Onset

Optogenetic study in vivo demonstrates that different types of interneurons...

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A lab member working with a piece of laboratory equipment.