The hippocampal formation can encode relative spatial location, without reference to external
cues, by the integration of linear and angular self-motion (path integration). Theoretical …

We consider the potential role of oscillations in the prefrontal cortex (PFC) in mediating
attention, working memory and memory consolidation. Activity in the theta, beta, and gamma …

A complex brain network, centered on the hippocampus, supports episodic memories
throughout their lifetimes. Classically, upon memory encoding during active behavior, …

To study the interplay between hippocampus and medial prefrontal cortex (Pfc) and its
importance for learning and memory consolidation, we measured the coherence in theta …

Slow-wave sleep (SWS) is important for memory consolidation. During sleep, neural patterns
reflecting previously acquired information are replayed. One possible reason for this is that …

The amygdala is purported to play an important role in face processing, yet the specificity of
its activation to face stimuli and the relative contribution of identity and expression to its …

The sleeping neocortex shows nested oscillatory activity in different frequency ranges,
characterized by fluctuations between “up-states” and “down-states.” High-density neuronal …

Sleep is strongly involved in memory consolidation, but its role remains unclear. ‘Sleep
replay', the active potentiation of relevant synaptic connections via reactivation of patterns of …

The spontaneous replay of patterns of activity related to past experiences and memories is
a striking feature of brain activity, as is the coherent activation of sets of brain areas — …

During light slow-wave sleep, the thalamo-cortical network oscillates in waxing-and-waning
patterns at about 7 to 14 Hz and lasting for 500 ms to 3 s, called spindles, with the thalamus …