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Research team discovers disruption of visual stability
In our newest study we investigated the interaction of eye movements and perception for non-rigid motion, like the movement of a water vortex. Participants were able to perceive the movement of the vortex well but could not continuously follow it with their gaze (smooth pursuit)—a previously unknown combination. When participants then brought the vortex back to the center of their visual field with a quick eye movement (saccade), the vortex appeared to jump; the usual compensation mechanism for eye movements failed for this type of motion. The results show that smooth pursuit and saccades rely on different mechanisms and provide insight into how eye movements are normally compensated to enable a stable perception of the world.
For further details please visit the following website:
https://www.uni-muenster.de/news/view.php?cmdid=14383
The study was published in Science Advances on November 6, 2024.