The role of primate primary visual cortex (V1) for binocular rivalry is debated. Recent studies
hypothesized that V1 initiates binocular rivalry (Lee et al., 2007), while later stages of visual …

During binocular rivalry (BR) only one eye's view is perceived. Neural underpinnings of BR
are debated. Recent studies suggest that primary visual cortex (V1) initiates BR. One trigger …

While the binocular rivalry (BR) stimulus is processed over multiple cortical areas, it is
unclear how much the neural activities in area V1 contribute to its perception. To investigate …

Two incongruent images viewed by the two eyes cause binocular rivalry, during which
observers perceive continuous alternations between these two visual images. Previous …

Neurons in the primate primary visual cortex (V1) combine left-and right-eye information to
form a binocular output. Controversy surrounds whether ocular dominance, the preference …

Neurons in the primary visual cortex (V1) of primates play a key role in combining monocular
inputs to form a binocular response. Although much has been gleaned from studying how …

During binocular rivalry, physical stimulation is dissociated from conscious visual
awareness. Human brain imaging reveals a tight linkage between the neural events in …

Binocular rivalry has intrigued researchers for over two centuries, but research into its neural
mechanisms was until recently limited to behavioral and animal studies. The availability of …

Binocular rivalry occurs when dissimilar images are presented to each eye. Rather than a
combined picture being perceived, each monocular image competes for perceptual …

Binocular rivalry occurs in human and non-human primates when the two eyes are
presented with conflicting images in the binocular visual field. Instead of generating a …