SummaryIt is known that when a colored surface is viewed for some time and a blank screen is presented afterwards, an afterimage can be perceived in the complementary color. Color appearances in afterimages are due to adaptation of retinal cones and they are especially vivid when contours, presented after the adapting image, coincide with the blurred edges of the afterimage [1]. We report here that one and the same colored stimulus can induce multiple, differently colored afterimages, and that colored afterimages can also be perceived at regions that were not adapted to color. The observed filling-in of afterimage colors strongly depends on contours presented after the colored stimulus, revealing color–contour interactions that resemble fil...
We studied the relationship between color afterimages and complementary colors. The hues of afterima...
Visual filling-in relates to a perceptual phenomenon in which a stimulus pattern apparently undergoe...
The goal of our research was to develop a compound computational model that predicts the “opposite” ...
Contains fulltext : 77086.pdf (publisher's version ) (Closed access)It is known th...
It has long been known that colored images may elicit afterimages in complementary colors. We have a...
Item does not contain fulltextColoured stimuli may reveal different afterimage colours at the same r...
It has long been known that colored images may elicit afterimages in complementary colors. We have a...
A common technique to study afterimage intensity is to null them by addition of physical stimuli. Bu...
An afterimage induced by prior adaptation to a visual stimulus is believed to be due to bleaching of...
SummaryIt is known that when a colored surface is viewed for some time and a blank screen is present...
SummaryAfter fixating on a colored pattern, observers see a similar pattern in complementary colors ...
We investigated filling-in of colored afterimages and compared them with filling-in of “real” colors...
It is well known that after viewing a coloured stimulus the perception of subsequent stimuli is chro...
Complementary afterimages are often modeled as illusory Hering opponent hues generated by the visual...
We studied the relationship between color afterimages and complementary colors. The hues of afterima...
We studied the relationship between color afterimages and complementary colors. The hues of afterima...
Visual filling-in relates to a perceptual phenomenon in which a stimulus pattern apparently undergoe...
The goal of our research was to develop a compound computational model that predicts the “opposite” ...
Contains fulltext : 77086.pdf (publisher's version ) (Closed access)It is known th...
It has long been known that colored images may elicit afterimages in complementary colors. We have a...
Item does not contain fulltextColoured stimuli may reveal different afterimage colours at the same r...
It has long been known that colored images may elicit afterimages in complementary colors. We have a...
A common technique to study afterimage intensity is to null them by addition of physical stimuli. Bu...
An afterimage induced by prior adaptation to a visual stimulus is believed to be due to bleaching of...
SummaryIt is known that when a colored surface is viewed for some time and a blank screen is present...
SummaryAfter fixating on a colored pattern, observers see a similar pattern in complementary colors ...
We investigated filling-in of colored afterimages and compared them with filling-in of “real” colors...
It is well known that after viewing a coloured stimulus the perception of subsequent stimuli is chro...
Complementary afterimages are often modeled as illusory Hering opponent hues generated by the visual...
We studied the relationship between color afterimages and complementary colors. The hues of afterima...
We studied the relationship between color afterimages and complementary colors. The hues of afterima...
Visual filling-in relates to a perceptual phenomenon in which a stimulus pattern apparently undergoe...
The goal of our research was to develop a compound computational model that predicts the “opposite” ...