High-level brain functions are widely believed to emerge from the orchestrated activity of
multiple neural systems. However, lacking a formal definition and practical quantification of …

Computational modeling of the spontaneous dynamics over the whole brain provides critical
insight into the spatiotemporal organization of brain dynamics at multiple resolutions and …

Stroke-related disruptions in functional connectivity (FC) often spread beyond lesioned
areas and, given the localized nature of lesions, it is unclear how the recovery of FC is …

Current theory proposes that healthy neural dynamics operate in a metastable regime,
where brain regions interact to simultaneously maximize integration and segregation …

Following severe injuries that result in disorders of consciousness, recovery can occur over
many months or years post-injury. While post-injury synaptogenesis, axonal sprouting and …

Synchronization of brain activity fluctuations is believed to represent communication
between spatially distant neural processes. These interareal functional interactions develop …

The critical brain hypothesis states that biological neuronal networks, because of their
structural and functional architecture, work near phase transitions for optimal response to …

Current theory suggests brain regions interact to reconcile the competing demands of
integration and segregation by leveraging metastable dynamics. An emerging consensus …

A growing body of experimental evidence suggests that functional connectivity at rest is
shaped by the underlying anatomical structure. Furthermore, the organizational properties of …

A central goal of neuroscience is to understand how the brain synthesises information from
multiple inputs to give rise to a unified conscious experience. This process is widely …