Many human behavioral and brain imaging studies have used narratively structured stimuli
(eg, written, audio, or audiovisual stories) to better emulate real-world experience in the …

According to most memory theories, encoding involves continuous communication between
the hippocampus and neocortex, but recent work has shown that key moments at the end of …

The landscape of human memory and event cognition research has witnessed a
transformative journey toward the use of naturalistic contexts and tasks. In this review, we …

The interaction between brain regions changes over time, which can be characterized using
time-varying functional connectivity (tvFC). The common approach to estimate tvFC uses …

While recounting an experience, one could employ multiple strategies to transition from one
part to the next. For instance, if the event was learned out of linear order, one could recall …

People parse continuous experiences at natural breakpoints called event boundaries, which
is important for understanding an environment's causal structure and for responding to …

Memories are thought to be stored in neuronal ensembles referred to as engrams. Studies
have suggested that when two memories occur in quick succession, a proportion of their …

We perceive the world in a continuum but remember our past as discrete episodic events.
Dominant models of event segmentation suggest that prediction errors or contextual …

Temporal sequence processing is fundamental in brain cognitive functions. Experimental
data has indicated that the representations of ordinal information and contents of temporal …

Our everyday experiences unfold continuously, yet we naturally segment them into distinct
memory units—a phenomenon known as event segmentation. While event segmentation is …