International audienceThe human brain is an inherently complex and dynamic system. Even at rest, functional brain networks dynamically reconfigure in a well-organized way to warrant an efficient communication between brain regions. However, a precise characterization of this reconfiguration at very fast time-scale (hundreds of millisecond) during rest remains elusive. In this study, we used dense electroencephalography data recorded during task-free paradigm to track the fast temporal dynamics of spontaneous brain networks. Results obtained from network-based analysis methods revealed the existence of a functional dynamic core network formed of a set of key brain regions that ensure segregation and integration functions. Brain regions withi...
International audienceThe human brain is a dynamic modular network that can be decomposed into a set...
In order to promote survival through flexible cognition and goal-directed behaviour, the brain has t...
The human brain is a hierarchical complex network − always active and evolvingdynamically. Its...
International audienceThe human brain is an inherently complex and dynamic system. Even at rest, fun...
The human brain is an inherently complex and dynamic system. Even at rest, functional brain networks...
Spontaneous brain activity at rest is spatially and temporally organized in networks of cortical and...
Spontaneous brain activity is spatially and temporally organized in the absence of any stimulation o...
To provide an effective substrate for cognitive processes, functional brain networks should be able ...
Recent imaging connectomics studies have demonstrated that the spontaneous human brain functional ne...
The principles of functional specialization and integration in the resting brain are implemented in ...
Fulltext embargoed for: 6 months post date of publicationNeuronal dynamics display a complex spatiot...
International audienceIn the human brain, spontaneous activity during resting state consists of rapi...
In order to promote survival through flexible cognition and goal-directed behaviour, the brain has t...
International audienceThe human brain is a dynamic modular network that can be decomposed into a set...
In order to promote survival through flexible cognition and goal-directed behaviour, the brain has t...
The human brain is a hierarchical complex network − always active and evolvingdynamically. Its...
International audienceThe human brain is an inherently complex and dynamic system. Even at rest, fun...
The human brain is an inherently complex and dynamic system. Even at rest, functional brain networks...
Spontaneous brain activity at rest is spatially and temporally organized in networks of cortical and...
Spontaneous brain activity is spatially and temporally organized in the absence of any stimulation o...
To provide an effective substrate for cognitive processes, functional brain networks should be able ...
Recent imaging connectomics studies have demonstrated that the spontaneous human brain functional ne...
The principles of functional specialization and integration in the resting brain are implemented in ...
Fulltext embargoed for: 6 months post date of publicationNeuronal dynamics display a complex spatiot...
International audienceIn the human brain, spontaneous activity during resting state consists of rapi...
In order to promote survival through flexible cognition and goal-directed behaviour, the brain has t...
International audienceThe human brain is a dynamic modular network that can be decomposed into a set...
In order to promote survival through flexible cognition and goal-directed behaviour, the brain has t...
The human brain is a hierarchical complex network − always active and evolvingdynamically. Its...