Understanding normal brain aging and developing methods to maintain or improve
cognition in older adults are major goals of fundamental and translational neuroscience …

Oscillations and synchrony are often used synonymously. However, oscillatory mechanisms
involving both excitation and inhibition can generate non-synchronous yet coordinated firing …

The neural mechanisms underlying time perception are of vital importance to a
comprehensive understanding of behavior and cognition. Recent work has suggested a …

Brain oscillations have been hypothesized to support cognitive function by coordinating
spike timing within and across brain regions, yet it is often not known when timing is either …

Converging electrophysiological evidence suggests that the alpha rhythm plays an
important and active role in cognitive processing. Here, we systematically studied variability …

Whether neural synchronization is engaged in binding of verbal and spatial information in
working memory remains unclear. The present study analyzed oscillatory power and phase …

Electrophysiological recordings in animals, including humans, are modulated by oscillatory
activities in several frequency bands. Little is known about how oscillations in various …

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 …

Power (amplitude) and frequency are two important characteristics of EEG alpha oscillations
(8–12 Hz). There is an extensive literature showing that alpha power can be modulated in a …

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