要旨 Modern multi-channel recording devices offer the opportunity to untangle the
coordination mechanisms of neural activity at a mesoscopic level. However, this requires …

Brain information processing likely relies on cooperative interactions between neural
populations at multiple scales. Growing evidence suggests that network oscillations, as …

Despite the considerable progress of in vivo neural recording techniques, inferring the
biophysical mechanisms underlying large scale coordination of brain activity from neural …

Brain information processing likely relies on cooperative interactions between neural
populations at multiple scales. Growing evidence suggests that network oscillations, as …

Although intracerebral field potential oscillations are commonly used to study information
processing during cognition and behavior, the cellular and network processes underlying …

Neuronal activity is organized in collective patterns that are critical for information coding,
generation, and communication between brain areas. These patterns are often described in …

Objective. Being able to characterize functional connectivity (FC) state dynamics in a real-
time setting, such as in brain–computer interface, neurofeedback or closed-loop …

Objective. Being able to characterize functional connectivity (FC) state dynamics in a real-
time setting, such as in brain–computer interface, neurofeedback or closed-loop …

Behavior is encoded across spatiotemoral scales of brain activity, from small-scale spikes to
large-scale local field potentials (LFP). Identifying the functional dependence between …

Despite being the focus of a thriving field of research, the biological mechanisms that
underlie information integration in the brain are not yet fully understood. A theory that has …