Gamma oscillations are thought to transiently link distributed cell assemblies that are
processing related information,, a function that is probably important for network processes …

SYNCHRONOUS neuronal oscillations in the 30–70 Hz range, known as gamma
oscillations, occur in the cortex of many species1–6. This synchronization can occur over …

Coherent oscillations, in which ensembles of neurons fire in a repeated and synchronous
manner, are thought to be important in higher brain functions. In the hippocampus, these …

PERHAPS the most widely recognized but least understood electrophysiological activity of
the cerebral cortex is its characteristic electrical oscillations. Recently, there have been …

Gamma oscillations in the dentate gyrus and hippocampal CA3 show variable coherence in
vivo, but the mechanisms and relevance for information flow are unknown. We found that …

PARTIALLY synchronous 40-Hz oscillations of cortical neurons have been implicated in
cognitive function. Specifically, coherence of these oscillations between different parts of the …

Our capacity to process and respond behaviourally to multiple incoming stimuli is very
limited. To optimize the use of this limited capacity, attentional mechanisms give priority to …

SYNCHRONIZATION of neuronal activity is fundamental in the operation of cortical
networks1. With respect to an ongoing synchronized oscillation, the precise timing of action …

Gamma oscillations are thought to temporally link the activity of distributed cells. We discuss
mechanisms of gamma oscillations in the hippocampus and review evidence supporting a …

Neurons can produce action potentials with high temporal precision. A fundamental issue is
whether, and how, this capability is used in information processing. According to the 'cell …