Janice Chen

The paper provides an fMRI dataset of verbalized spontaneous thought with transcripts, timestamps, and self-report measures for studying neural dynamics and individual differences.

This study uses a naturalistic film recall task to show that temporal lobe epilepsy patients have intact film and event memory but impaired sequence memory compared to healthy controls.

The paper shows that gaze behavior and neural activity during memory recall of narrative events follow similar principles and are linked in their reinstatement.

This study investigates neural mechanisms of thought transitions during memory recall and future thinking using fMRI, finding that default and control networks shape semantic structure and variability of thought trajectories.

The paper investigates how music-evoked reactivation in the default mode network during film viewing relates to improved recall of naturalistic events the next day.

The paper identifies a core set of neural states in the posterior medial cortex that are reactivated during memory recall of naturalistic events and are shared across individuals.

The paper examines how cortical pattern shifts at event boundaries vary with boundary strength during naturalistic movie-viewing, finding graded responses in sensory areas and alignment across cortical hierarchy for stronger boundaries.

The paper investigates how the brain updates memory representations of naturalistic events when new information changes understanding of the past, showing dynamic neural changes in the default mode network.

The paper investigates how the superior temporal sulcus encodes and retrieves social interaction memories using fMRI and machine learning during free recall of a movie.

This study shows that central events in narrative networks are better remembered, with stronger hippocampal responses during encoding and cortical activation during recall.

The paper investigates neural activity patterns at internal mental context boundaries during unguided narrative recall and finds distinct patterns compared to external event boundaries.

The paper investigates whether deafferented visual cortices of blind individuals represent common spatial maps of naturalistic auditory stimuli, finding shared cross-subject pattern similarity in visual cortex for meaningful stimuli.

The paper uses fMRI and hidden Markov models to show that brain regions involved in narrative event segmentation also represent high-level event structure in music.

The paper investigates how temporal compression in memory retelling affects neural patterns, showing systematic encoding-to-recall transformations in higher associative brain regions.

The paper uses fMRI to compare cross-modal responses in visual cortex of congenitally blind, adult-onset blind, and sighted individuals, finding that visual cortex plasticity for auditory processing occurs only in those born blind.

The paper introduces a benchmark dataset of fMRI data from human subjects listening to naturalistic stories for evaluating language and narrative comprehension models.

The paper examines how conservative and liberal attitudes lead to polarized neural responses to political content, identifying brain regions and language features that drive these differences.

The paper investigates whether the hippocampus is necessary for long-timescale narrative information integration by comparing a hippocampal amnesic patient to healthy controls during narrative listening.

This study uses fMRI to show that the human pulvinar is functionally divided into dorsal and ventral subdivisions, each connected to distinct cortical regions, mirroring visual stream organization.

This study uses fMRI and inter-subject correlation analysis to show how attention routes information through the brain's hierarchy during story listening and reading.

The paper investigates how the posterior medial network responds to temporally structured scrambled movies, finding increased functional coupling with repeated exposure.

The paper shows that pre-encoding spontaneous neural patterns predict memory performance by resembling encoding patterns.

The paper investigates how cortical structures generate and retrieve event representations during continuous narratives, revealing event boundaries and their neural correlates.

The paper investigates how neural patterns of memory encoding and imagination are shared across individuals through verbal communication, finding similar patterns in the default mode network during encoding, recall, and imagination.

The paper shows that changes in neural patterns during narrative encoding predict retrospective duration estimates.

The paper investigates neural representations of shared memories during naturalistic recall using fMRI, finding similar spatial patterns and memory structures across individuals.