Topic: dynamic functional states

Aims. While human neuroscience has traditionally focused on the neocortex, recent literature highlights the key role of subcortical structures in brain dynamics and cognitive processes. We investigated cortico-subcortical interactions in the human brain at rest by analyzing dynamic functional connectivity at rest in a large cohort of healthy human participants.Methods. We considered 1078 human participants from the Human Connectome Project, for which resting-state fMRI scans were available. We computed sliding window functional connectivity (sw-FC) on windows of 60 s. sw-FC matrices were appro