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The discussions reflect a positive and intrigued attitude toward the work, with phrases like 'sounds like a relevant work' and references to how it aligns with existing models, indicating genuine interest. The tone is analytical but optimistic, emphasizing the article's significance in advancing theories about sensory processing and decision-making.
Most discussions recognize the relevance of the research, with some expressing support for the theoretical implications.
Posts demonstrate high curiosity, referencing the work's connection to existing models and highlighting its relevance to perceptual decision-making.
There is moderate engagement, with some posts referencing the article's findings and its potential for influence in related fields.
The discussions suggest that the publication could have a meaningful impact, especially in advancing understanding of perception and cognition.
Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals. Our latest work "Serial dependence and representational momentum in single-trial perceptual decisions" @SciReports @GijsPlomp https://t.co/L1O1zM3DmJ
Serial dependence and representational momentum in single-trial perceptual decisions https://t.co/WKvV39oJL3 v/ @NatureNews
RT @David__Pascucci: Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals.…
Serial dependence and representational momentum in single-trial perceptual decisions https://t.co/aPdobVpcYM https://t.co/IGIEfJwTl3
@luohuan_huan sounds like a relevant work...from the summary, quite in the direction (and model) we proposed several times https://t.co/g7Lm8quOuq https://t.co/daXfapd6Ub https://t.co/LUCQRKLDTD https://t.co/TQu7nGJ2rD
RT @David__Pascucci: Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals.…
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The human brain is one of humanity's greatest mysteries. It consists of approximately 90 billion neurons capable of transmitting signals through about 1 quadrillion synaptic connections, outperforming even the most…
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@luohuan_huan sounds like a relevant work...from the summary, quite in the direction (and model) we proposed several times https://t.co/g7Lm8quOuq https://t.co/daXfapd6Ub https://t.co/LUCQRKLDTD https://t.co/TQu7nGJ2rD
RT @David__Pascucci: Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals.…
Serial dependence and representational momentum in single-trial perceptual decisions https://t.co/aPdobVpcYM https://t.co/IGIEfJwTl3
RT @David__Pascucci: Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals.…
RT @David__Pascucci: Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals.…
Serial dependence and representational momentum in single-trial perceptual decisions https://t.co/WKvV39oJL3 v/ @NatureNews
RT @David__Pascucci: Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals.…
RT @David__Pascucci: Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals.…
RT @David__Pascucci: Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals.…
RT @David__Pascucci: Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals.…
Back to the future! Single-trial perceptual errors show signatures of both past and future states of sensory signals. Our latest work "Serial dependence and representational momentum in single-trial perceptual decisions" @SciReports @GijsPlomp https://t.co/L1O1zM3DmJ