Oscillatory activity is widespread in dynamic neuronal networks. The main paradigm for the
origin of periodicity consists of specialized pacemaking elements that synchronize and drive …

▪ Abstract Synchronous activity among ensembles of neurons is a robust phenomenon
observed in many regions of the brain. With the increased use of multielectrode recording …

Cortical gamma oscillations in the 20-to 80-Hz range are associated with attentiveness and
sensory perception and have strong connections to both cognitive processing and temporal …

Previous, albeit correlative, findings have shown that the neural mechanisms underlying
working memory critically require cross-structural and cross-frequency coupling …

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 …

The level of synchronization in distributed systems is often controlled by the strength of the
interactions between individual elements. In brain circuits the connection strengths between …

Many aspects of brain processing are intimately linked to brain rhythms. Essentially all
classical brain rhythms, ie, delta, theta, alpha, beta, and sleep waves, are highly heritable …

Hippocampal networks of excitatory and inhibitory neurons that produce γ-frequency
rhythms display behavior in which the inhibitory cells produce spike doublets when there is …

Neural synchronization in the cortex, and its potential role in information coding, has
attracted much recent attention. In this study, we have recorded long spike trains (mean …

Neuronal oscillations offer access to neuronal operations, bringing microscopic and
macroscopic mechanisms, experimental methods, and explanations to a common platform …