The purpose of this review/opinion paper is to argue that human cognitive neuroscience has
focused too little attention on how the brain may use time and time-based coding schemes to …

Neural processing occurs across a range of temporal scales. To facilitate this, the brain uses
fast-changing representations reflecting momentary sensory input alongside more …

Ongoing brain activity has been observed since the earliest neurophysiological recordings
and is found over a wide range of temporal and spatial scales. It is characterized by …

A central challenge to cognitive neuroscience consists in decomposing complex brain
signals into an interpretable sequence of operations-an algorithm-which ultimately accounts …

Cognitive neuroscience boils down to describing the ways in which cognitive function results
from brain activity. In turn, brain activity shows complex fluctuations, with structure at many …

The brain exhibits a complex temporal structure which translates into a hierarchy of distinct
neural timescales. An open question is how these intrinsic timescales are related to sensory …

For more than one century, brain processing was mainly thought in a localizationist
framework, in which one given function was underpinned by a discrete, isolated cortical …

Objective. Complex spatiotemporal neural activity encodes rich information related to
behavior and cognition. Conventional research has focused on neural activity acquired …

In this paper, we suggest that cortical anatomy recapitulates the temporal hierarchy that is
inherent in the dynamics of environmental states. Many aspects of brain function can be …

The large-scale organization of dynamical neural activity across cortex emerges through
long-range interactions among local circuits. We hypothesized that large-scale dynamics are …