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 …

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 …

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 …

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

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

Studies of memory retrieval have identified electroencephalographic (EEG) correlates of a
test item's old–new status, reaction time, and memory load. In the current study, we used a …

Recent research indicates that an increase in theta band power is related to episodic
memory performance. In this study with human subjects, the evoked (time locked) and …

STRUCTURES within the medial temporal lobe, particularly the hippocampus, have long
been implicated in human episodic memory. The same structures are known to generate …

The roles of theta and alpha oscillations for long‐term memory (LTM) retrieval are still under
debate. Both are modulated by LTM retrieval demands, but it is unclear what specific LTM …

Computational models of rodent physiology implicate hippocampal theta as a key modulator
of learning and memory (;), yet human hippocampal recordings have shown divergent theta …