Topic: transient stabilization

Neuroimaging recordings during resting state (but also in tasks) reveal that brain-wide functional connectivity networks are highly dynamic, undergoing a structured flow of stochastic-like reconfiguration, with events of transient stabilization of connectivity, intertwined with "leaps" with high and fast variability. Markers of dynamic functional connectivity are increasingly being used as biomarkers of various pathologies and cognitive performance. Here we ask whether there should be some deep reason for Functional Connectivity to be as dynamic as it is observed to be. Functional Connectivit