Neural oscillations in the theta band have been linked to episodic memory, but it is unclear
whether activity patterns that give rise to theta play a causal role in episodic retrieval. Here …

Brain oscillations in the theta frequency band (3–8 Hz) have been shown to be critically
involved in human episodic memory retrieval. In prior work, both positive and negative …

Recent studies suggest that human theta oscillations appear to be functionally associated
with memory processes. It is less clear, however, to what type of memory sub-processes …

Episodic memories are rich in sensory information and often contain integrated information
from different sensory modalities. For instance, we can store memories of a recent concert …

We report a human electrophysiological brain state that predicts successful memory for
events before they occur. Using magnetoencephalographic recordings of brain activity …

Memory formation and reinstatement are thought to lock to the hippocampal theta rhythm,
predicting that encoding and retrieval processes appear rhythmic themselves. Here, we …

Humans possess the remarkable ability to search their memory, allowing specific past
episodes to be re-experienced spontaneously. Here, we administered a free recall test to …

Many theoretical models suggest that neural oscillations play a role in learning or retrieval of
temporal sequences, but the extent to which oscillations support sequence representation …

Selectively retrieving episodic information from a cue often induces interference from related
episodes. To promote successful retrieval of the target episode, such interference is …

Neural oscillations in the theta band have repeatedly been implicated in successful memory
encoding and retrieval. Several recent studies have shown that memory retrieval can be …