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Direction-contingent duration compression is primarily retinotopic.

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Adaptation to visual motion distorts perceived duration, with effects primarily occurring in the retinotopic frame of reference. This suggests cortical mechanisms encode sub-second timing within this specific visual framework.

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Area of Science:

  • Neuroscience
  • Visual Perception
  • Computational Vision

Background:

  • Adaptation to visual stimuli can alter subsequent perception.
  • The neural basis and frame of reference for adaptation-induced duration distortions are debated.
  • Potential sites include LGN, early cortical areas, or visual area MT+.

Purpose of the Study:

  • Investigate the neural locus of adaptation effects on sub-second duration perception.
  • Determine whether duration distortion occurs in retinotopic or spatiotopic frames of reference.
  • Clarify the role of motion direction in adaptation-induced timing distortions.

Main Methods:

  • Participants adapted to a unidirectional random dot kinematogram (RDK).
  • Perceived duration of a test RDK was measured at retinotopic and spatiotopic locations.
  • Adaptor and test stimuli varied in motion direction (same or opposite).

Main Results:

  • Duration distortion was direction-contingent, occurring only when adaptor and test stimuli moved in the same direction.
  • Duration compression was primarily observed under retinotopic viewing conditions.
  • Little evidence of duration distortion was found under spatiotopic viewing conditions.

Conclusions:

  • Cortical mechanisms are implicated in encoding sub-second visual event durations.
  • These mechanisms encode duration within a retinotopic frame of reference.
  • Findings challenge models suggesting adaptation occurs solely in spatiotopic coordinates or higher-level motion areas.