What are the neural correlates of conscious visual awareness? Tackling this question
requires contrasting neural correlates of stimulus processing culminating in visual …

Traditionally, interocular suppression is believed to disrupt high-level (ie, semantic or
conceptual) processing of the suppressed visual input. The development of a new …

When an image is presented to one eye and a very different image is presented to the
corresponding location of the other eye, they compete for conscious representation, such …

A real-time visual processing theory is developed to explain how three-dimensional form,
color, and brightness percepts are coherently synthesized. The theory describes how …

Stereopsis and binocular rivalry appear to be incompatible. Rivalry involves suppression of
input from one eye at each location in space and time, whereas stereopsis requires the …

Retinal input that is suppressed from visual awareness can nevertheless produce
measurable aftereffects, revealing neural processes that do not directly result in a conscious …

Motion after-effects (MAEs) were measured intraocularly (adaptation, test stimuli to same
eye) and interocularly (adaptation, test stimuli to opposite eyes) when (a) a rival stimulus …

Novel results elucidating the magnitude, binocularity and retinotopicity of aftereffects of
visual texture density adaptation are reported as is a new contingent aftereffect of texture …

The study of non-conscious vision benefits from several alternative methods that allow the
suppression of an image from awareness. Here, we present and compare two of them that …

The McCollough effect, an orientation-contingent color aftereffect, has been known for over
30 years and, like other aftereffects, has been taken as a means of probing the brain's …