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Probing transsaccadic correspondence with reverse correlation.

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Visual stability relies on more than just predicting eye movements. Our study reveals that the brain’s ability to track objects across saccades is influenced by saccadic scatter, impacting visual perception.

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Area of Science:

  • Neuroscience
  • Cognitive Science
  • Visual Perception

Background:

  • The classical forward model explains visual stability by predicting sensory consequences of eye movements using efference copy.
  • This model fails to account for undetected object displacements, suggesting a role for prior beliefs in world stability.

Purpose of the Study:

  • To investigate saccadic suppression of displacement using reverse correlation.
  • To understand how transsaccadic correspondence is affected by target position relative to saccadic landing sites.
  • To compare neural representations underlying perceptual decisions, saccadic decisions, and transsaccadic correspondence.

Main Methods:

  • Employed reverse correlation techniques to analyze saccadic suppression of displacement.
  • Manipulated the position of postsaccadic visual targets relative to primary saccade landing positions.
  • Examined neural representations associated with different visual processing tasks.

Main Results:

  • Transsaccadic correspondence accuracy is reduced when targets fall within the primary saccadic scatter range.
  • Neural representations for perceptual and saccadic decisions are similar during target-directed saccades.
  • Neural representations for transsaccadic correspondence differ from those for secondary saccades.

Conclusions:

  • Visual stability involves mechanisms beyond efference copy, including passive prior beliefs about world stability.
  • Saccadic scatter significantly impacts the accuracy of transsaccadic object remapping.
  • Distinct neural substrates underlie transsaccadic correspondence compared to other saccade-related processes.