Resting-state functional connectivity is used throughout neuroscience to study brain
organization and to generate biomarkers of development, disease, and cognition. The …

Resting-state functional connectivity is typically modeled as the correlation structure of
whole-brain regional activity. It is studied widely, both to gain insight into the brain's intrinsic …

The topology of structural brain networks shapes brain dynamics, including the correlation
structure of brain activity (functional connectivity) as estimated from functional neuroimaging …

Brain fluctuations at rest are not random but are structured in spatial patterns of correlated
activity across different brain areas. The question of how resting-state functional connectivity …

Functional connectivity (FC) as measured by correlation between fMRI BOLD time courses
of distinct brain regions has revealed meaningful organization of spontaneous fluctuations in …

The dynamics of spontaneous fluctuations in neural activity are shaped by underlying
patterns of anatomical connectivity. While numerous studies have demonstrated edge-wise …

Brain networks are flexible and reconfigure over time to support ongoing cognitive
processes. However, tracking statistically meaningful reconfigurations across time has …

Recent work identified single time points (“events”) of high regional cofluctuation in
functional Magnetic Resonance Imaging (fMRI) which contain more large-scale brain …

We investigate the relationship of resting-state fMRI functional connectivity estimated over
long periods of time with time-varying functional connectivity estimated over shorter time …

The relationship between structural and functional connectivity in the brain is a key question
in systems neuroscience. Modern accounts assume a single global structure-function …