Abstract:
:Visual perception is not instantaneous; the perceptual representation of our environment builds up over time. This can strongly affect our responses to visual stimuli. Here, we study the temporal dynamics of visual processing by analyzing the time course of priming effects induced by the well-known Ebbinghaus illusion. In slower responses, Ebbinghaus primes produce effects in accordance with their perceptual appearance. However, in fast responses, these effects are reversed. We argue that this dissociation originates from the difference between early feedforward-mediated gist of the scene processing and later feedback-mediated more elaborate processing. Indeed, our findings are well explained by the differences between low-frequency representations mediated by the fast magnocellular pathway and high-frequency representations mediated by the slower parvocellular pathway. Our results demonstrate the potentially dramatic effect of response speed on the perception of visual illusions specifically and on our actions in response to objects in our visual environment generally.
journal_name
Vis Neuroscijournal_title
Visual neuroscienceauthors
Schmidt F,Weber A,Haberkamp Adoi
10.1017/S0952523816000134subject
Has Abstractpub_date
2016-01-01 00:00:00pages
E016eissn
0952-5238issn
1469-8714pii
S0952523816000134journal_volume
33pub_type
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