CORDIS Project
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This research examines how different brain areas communicate through anticipated synchronization, focusing on the sensory cortex and prefrontal cortex. The goal is to develop a model to test this communication mechanism and improve treatments for brain disorders.
Our brain processes multitudes of signals based on recurrent network activity involving feedforward and feedback interarea communication.
To funnel information efficiently between areas, low-frequency rhythmic neural activity patterns couple to each other.
It is an unresolved question how early sensory cortex (SC) can couple efficiently to both feedforward sensory information flow and feedback information flow arriving from higher order regions such as prefrontal cortex (PFC).
Since PFC and sens…
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