Neural oscillations are ubiquitously observed in the mammalian brain, but it has proven
difficult to tie oscillatory patterns to specific cognitive operations. Notably, the coupling …

Abstract Purpose of Review An increase in oscillatory activity in the γ-frequency band
(approximately 50–100 Hz) has long been noted during human movement. However, its …

Previous work has hinted that prospective and retrospective coding modes exist in
hippocampus. Prospective coding is believed to reflect memory retrieval processes …

Theta oscillations (4–12 Hz) are thought to provide a common temporal reference for the
exchange of information among distant brain networks. On the other hand, faster gamma …

Slow brain oscillations are usually coherent over long distances and thought to link
distributed cell assemblies. In mice, theta (5–10 Hz) stands as one of the most studied slow …

We have recently described a slow oscillation in the hippocampus of urethane-anesthetized
mice, which couples to nasal respiration and is clearly distinct from co-occurring theta …

A key component of working memory is the ability to remember multiple items
simultaneously. To understand how the human brain maintains multiple items in memory …

Highly synchronous neuronal assembly activity is deemed essential for cognitive brain
function. In theory, such synchrony could coordinate multiple brain areas performing …

Whereas voluntary movements have long been understood to derive primarily from the
cortical hemisphere contralateral to a moving limb, substantial cortical activations also occur …

Recent research suggests that neural oscillations in different frequency bands support
distinct and sometimes parallel processing streams in neural circuits. Studies of the neural …