AbstractWe examined whether interocular inhibition in binocular rivalry could occur at the interocular intersection of horizontal and vertical rectangular patches which are locally fusible but globally rivalrous between the two eyes. We measured contrast increment (and decrement) thresholds of a monocularly presented probe which was presented on the horizontal patch corresponding to the intersection. We found that the threshold was higher when the horizontal patch was perceptually suppressed than when it was dominant. In addition, threshold elevation did not occur when both patches were dominant, or when the horizontal patch was viewed in isolation. These results indicate that interocular inhibition occurs at the potentially fusible region,...
SummaryDuring binocular rivalry, conflicting monocular images undergo alternating suppression. This ...
AbstractBinocular rivalry refers to the alternating perception that occurs when the two eyes are pre...
AbstractWhen our two eyes view incompatible images, the brain invokes suppressive processes to inhib...
A longstanding debate in binocular rivalry literature is whether the perceptual competition in rival...
AbstractA longstanding debate in binocular rivalry literature is whether the perceptual competition ...
It has been argued that binocular rivalry occurs as a result of competition between monocular channe...
AbstractWhen two qualitatively different stimuli are presented at the same time, one to each eye, th...
AbstractIn typical binocular rivalry demonstrations, disparate images presented in corresponding loc...
AbstractPresenting incompatible images to the eyes results in alternations of conscious perception, ...
When two qualitatively different stimuli are presented at the same time, one to each eye, the stimul...
AbstractSwitches in perceptual dominance resulting from either binocular rivalry or flash suppressio...
AbstractBinocular rivalry is the alternating perception that occurs when the two eyes are presented ...
Binocular rivalry occurs when the images presented to the two eyes do not match. Instead of fusing i...
AbstractBinocular rivalry is thought to arise from a low-level cortical site. Experiment 1 evaluates...
AbstractWhen dissimilar stimuli are presented to each eye, perception alternates between both images...
SummaryDuring binocular rivalry, conflicting monocular images undergo alternating suppression. This ...
AbstractBinocular rivalry refers to the alternating perception that occurs when the two eyes are pre...
AbstractWhen our two eyes view incompatible images, the brain invokes suppressive processes to inhib...
A longstanding debate in binocular rivalry literature is whether the perceptual competition in rival...
AbstractA longstanding debate in binocular rivalry literature is whether the perceptual competition ...
It has been argued that binocular rivalry occurs as a result of competition between monocular channe...
AbstractWhen two qualitatively different stimuli are presented at the same time, one to each eye, th...
AbstractIn typical binocular rivalry demonstrations, disparate images presented in corresponding loc...
AbstractPresenting incompatible images to the eyes results in alternations of conscious perception, ...
When two qualitatively different stimuli are presented at the same time, one to each eye, the stimul...
AbstractSwitches in perceptual dominance resulting from either binocular rivalry or flash suppressio...
AbstractBinocular rivalry is the alternating perception that occurs when the two eyes are presented ...
Binocular rivalry occurs when the images presented to the two eyes do not match. Instead of fusing i...
AbstractBinocular rivalry is thought to arise from a low-level cortical site. Experiment 1 evaluates...
AbstractWhen dissimilar stimuli are presented to each eye, perception alternates between both images...
SummaryDuring binocular rivalry, conflicting monocular images undergo alternating suppression. This ...
AbstractBinocular rivalry refers to the alternating perception that occurs when the two eyes are pre...
AbstractWhen our two eyes view incompatible images, the brain invokes suppressive processes to inhib...