Opposites 4: The background spheres appear yellow and white but are all actually identical (base color RGB 225 137 155). You can access the original .png file in my Dropbox folder at bit.ly/3a1RTAU .
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Opposites 3: In a standard Munker illusion, the color of the background object is "pulled" toward that of the foreground stripes. But if the background and foreground colors are opposites, then they colors seem to cancel out, which can make the background object look white. Here the background spheres appear blue and white but are all actually identical (base color RGB 217 233 255). You can access the original .png file in my Dropbox folder at bit.ly/3a1RTAU .
Opposites 2: In a standard Munker illusion, the color of the background object is "pulled" toward that of the foreground stripes. But if the background and foreground colors are opposites, then they colors seem to cancel out, which can make the background object look white. Here the background spheres appear pink and white but are all actually identical (base color RGB 255 220 230). You can access the original .png file in my Dropbox folder at bit.ly/3a1RTAU .
Opposites 1: In a standard Munker illusion, the color of the background object is "pulled" toward that of the foreground stripes. But if the background and foreground colors are opposites, then they colors seem to cancel out, which can make the background object look white. Here the background spheres appear green and white but are all actually identical (base color RGB 190 255 198). You can access the original .png file in my Dropbox folder at bit.ly/3a1RTAU .