PubHawk
February 2011 PMID 21414912

Topographic mapping of a hierarchy of temporal receptive windows using a narrated story.

Yulia Lerner, Christopher J Honey, Lauren J Silbert, Uri Hasson

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Mentions

9
Peak: 1 in Feb 2019
across 4 sources since Feb 2019

Extended reach

5,666
potential audience

Total likes

3

Video views

26

Mentions per month

Feb 2019 – Aug 2025

Where it's discussed

  • X / Twitter3 posts
  • YouTube2 videos
  • News2 articles
  • Blogs2 articles

AI synopsis

What people are saying

Examples such as references to the dataset release and its inclusion in a first-year lecture show practical interest, while mentions of personal opinions and brief acknowledgments suggest a moderate level of engagement and impact. The tone remains informative rather than highly enthusiastic or critical, highlighting an appreciation for the research's relevance without deep debate.

AgreementNeither agree nor disagree

The posts show a neutral stance, with some expressing appreciation or neutral acknowledgment of the research without strong opinions.

InterestModerate interest

The discussions indicate moderate curiosity, especially with mentions of datasets and lecture relevance, but lack deep enthusiasm.

EngagementModerate engagement

Participants reference specific aspects like datasets and pedagogical uses, demonstrating some thoughtful engagement but not extensive debate.

ImpactModerate impact

There is a recognition that the research is relevant to neuroscience and education, though the language remains somewhat reserved.

Abstract in brief

  • The study investigates how different brain regions process information over varying time scales when listening to stories, using fMRI to measure brain activity in response to scrambled stories at word, sentence, and paragraph levels.
  • Results showed a hierarchy of temporal receptive windows (TRWs) across the brain: early auditory areas respond mainly to immediate input, while higher-level regions like parietal and frontal areas require intact, meaningful sequences of paragraphs.
  • These findings suggest that the brain's ability to process information over different time scales is a key organizational principle of the cerebral cortex, helping us understand how complex real-life activities are integrated over time.]
Read the full abstract

Top posts

Most liked on X and Bluesky
Sam Nastase
@samnastase · X

@ev_fedorenko @rogerioagjr @kvnmei @roelwillemsRU @HassonLab @ChrisBaldassano @branka_mvojevic We have a short opinion piece on narratives in neuroscience: https://t.co/s3wrII9rFg Here's a couple personal favorites from @HassonLab: https://t.co/Z9wwuvhjsd https://t.co/qSy8NyHjCB And here's the Narratives dataset we recently released: https://t.co/gBsAAyPnfL

Oct 25, 2021 · 3 likes · 1,915 followers View post →
Jim Bloom
@jimmyroybloom · X

https://t.co/kMoFWu4ezq

Feb 14, 2019 · 2,452 followers View post →

All mentions

Sam Nastase
@samnastase · X

@ev_fedorenko @rogerioagjr @kvnmei @roelwillemsRU @HassonLab @ChrisBaldassano @branka_mvojevic We have a short opinion piece on narratives in neuroscience: https://t.co/s3wrII9rFg Here's a couple personal favorites from @HassonLab: https://t.co/Z9wwuvhjsd https://t.co/qSy8NyHjCB And here's the Narratives dataset we recently released: https://t.co/gBsAAyPnfL

Oct 25, 2021 · 3 likes · 1,915 followers View post →
Chris Bird
@chrismbird · X

@maureenritchey Not so recent but newly in for this year's 1st year working memory lecture is... Topographic Mapping of a Hierarchy of Temporal Receptive Windows Using a Narrated Story https://t.co/HymHcifnSU

Nov 13, 2019 · 1,274 followers View post →
Jim Bloom
@jimmyroybloom · X

https://t.co/kMoFWu4ezq

Feb 14, 2019 · 2,452 followers View post →