The offline" replay" of neural firing patterns underlying waking experience, previously
observed in non-human animals, is thought to be a mechanism for memory consolidation …

In the human brain, oscillations occur during neural processes that are relevant for memory.
This has been demonstrated by a plethora of studies relating memory processes to specific …

Network oscillations across and within brain areas are critical for learning and performance
of memory tasks. While a large amount of work has focused on the generation of neural …

Sequential firing of neurons during sleep is thought to play a role in the consolidation of
learning. However, direct evidence for such sequence replay is limited to only a few brain …

As a key oscillatory activity in the brain, thalamic spindle activities are long believed to
support memory consolidation. However, their propagation characteristics and causal …

The suppression of neuronal responses to a repeated event is a ubiquitous phenomenon in
neuroscience. However, the underlying mechanisms remain largely unexplored. The aim of …

Behaviorally-relevant sounds such as conspecific vocalizations are often available for only a
brief amount of time; thus, goal-directed behavior frequently depends on auditory short-term …

Theta and gamma oscillations in the medial temporal lobe are suggested to play a critical
role for human memory formation via establishing synchrony in neural assemblies …

A vital property of the brain is its plasticity, which manifests as changes in behavioral
performance. Invasive studies at the cellular level in animal models reveal time-restricted …

Neural activity in the auditory system decreases with repeated stimulation, matching
stimulus probability in multiple timescales. This phenomenon, known as stimulus-specific …