Neuronal oscillations and cross‐frequency interactions in the rat hippocampus relate in
important ways to memory processes and serve as a model for studying oscillatory activity in …

It is becoming increasingly clear that attention-demanding tasks engage not only activation
of specific cortical regions but also deactivation of other regions that could interfere with the …

Alpha-band oscillations are the dominant oscillations in the human brain and recent
evidence suggests that they have an inhibitory function. Nonetheless, there is little doubt that …

Oscillatory synchrony has been proposed to dynamically coordinate distributed neural
ensembles, but whether this mechanism is effectively used in neural processing remains …

The meaning we derive from our experiences is not a simple static extraction of the elements
but is largely based on the order in which those elements occur. Models propose that …

Ordering information is a critical process underlying several cognitive functions, especially
working memory. Theta phase-gamma amplitude coupling is regarded as a …

Highlights•Brain rhythms are often brief and intermittent in time lasting a few cycles or
less.•High power in the average can reflect the accumulated density of transient events on …

Neocortical networks of excitatory and inhibitory neurons can display alpha (α)-frequency
rhythms when an animal is in a resting or unfocused state. Unlike some γ-and β-frequency …

A number of studies have characterized the changes in variability of brain signals with brain
maturation from the perspective of considering the human brain as a complex system …

Information processing in the brain is thought to rely on the convergence and divergence of
oscillatory behaviors of widely distributed brain areas. This information flow is captured in its …