Jeffrey M. Zacks

This study identifies two distinct neural mechanisms for event segmentation in the human brain using fMRI and computational models, showing unique pattern shifts for error-driven and uncertainty-driven boundaries.

This study examines age-related changes in hippocampal neural timescales during movie-viewing and their relationship to memory specificity in young and older adults.

The paper models neural dynamics on an attractor landscape to show how attentional states and contexts alter the geometry of brain activity trajectories.

The paper shows that key moments in naturalistic events synchronize neural activity across individuals and are overrepresented in memory reinstatement.

This study shows that the hippocampus integrates distant events into a narrative structure during memory formation and recall.

This study investigates how neural activity pattern reinstatement in older and young adults relates to detecting and remembering changes in events using functional MRI.

The paper predicts dysfunctional age-related task activations from resting-state network alterations in Alzheimer's disease risk groups using activity flow modeling.

The paper introduces a neuro-symbolic model called SEM that organizes continuous experiences into discrete events and generalizes memory, showing human-like event segmentation in video data.

This study uses eye tracking to examine prediction dynamics during naturalistic event perception, finding that predictive looking is modulated by event boundaries.