Communication between gray matter regions underpins all facets of brain function. We study
inter-areal communication in the human brain using intracranial EEG recordings, acquired …

Over the past decade, networks have become a leading model to illustrate both the
anatomical relationships (structural networks) and the coupling of dynamic physiology …

At the macroscale, the brain operates as a network of interconnected neuronal populations,
which display coordinated rhythmic dynamics that support interareal communication …

Many large-scale functional connectivity studies have emphasized the importance of
communication through increased inter-region correlations during task states. In contrast …

Recent developments in neuroscience have emphasised the importance of integrated
distributed networks of brain areas for successful cognitive functioning. Our current …

A central neuroscientific pursuit is understanding neuronal interactions that support
computations underlying cognition and behavior. Although neurons interact across …

Concurrent electroencephalography (EEG) and functional magnetic resonance imaging
(fMRI) bridge brain connectivity across timescales. During concurrent EEG-fMRI resting-state …

Signaling in brain networks unfolds over multiple topological scales. Areas may exchange
information over local circuits, encompassing direct neighbours and areas with similar …

Mapping directions of influence in the human brain connectome represents the next phase
in understanding its functional architecture. However, a host of methodological uncertainties …

Cognition depends on rapid and robust communication between neural circuits spanning
different brain areas. We investigated the mesoscopic network of cortico-cortical interactions …