When dissimilar images are presented to each eye, the images will alternate every few seconds in a phenomenon known as binocular rivalry. Recent research has found evidence of a bias towards one image at the initial 'onset' period of rivalry that varies across the peripheral visual field. To determine the role that visual field location plays in and around the fovea at onset, trained observers were presented small orthogonal achromatic grating patches at various locations across the central 3° of visual space for 1-s and 60-s intervals. Results reveal stronger bias at onset than during continuous rivalry, and evidence of temporal hemifield dominance across observers, however, the nature of the hemifield effects differed between individuals ...
Binocular rivalry is scientifically attractive because it allows the study of an entirely subjective...
During binocular rivalry, portions of one eye’s view may be perceptually dominant while other portio...
Prolonged viewing of dichoptically presented images with different content results in perceptual alt...
When an observer is presented with dissimilar images to the right and left eye, the images will alte...
When an observer is presented with dissimilar images to the right and left eye, the images will alte...
Binocular rivalry is an important tool for measuring sensory eye dominance—the relative strength of ...
When the left and right eyes are simultaneously presented with different images, observers typically...
When the retinal images of the left and the right eye are incompatible, perception starts alternatin...
Contains fulltext : 97674.pdf (publisher's version ) (Open Access)Recent studies s...
Binocular rivalry has been used to study a wide range of visual processes, from the integration of l...
Binocular rivalry occurs when the images presented to the two eyes do not match. Instead of fusing i...
When different images are presented to the two eyes, each can intermittently disappear, leaving the ...
Recent studies suggest that binocular rivalry at stimulus onset, so called onset rivalry, differs fr...
Binocular rivalry and stimulus rivalry are two forms of perceptual instability that arise when the v...
Recent studies suggest that binocular rivalry at stimulus onset, so called onset rivalry, differs fr...
Binocular rivalry is scientifically attractive because it allows the study of an entirely subjective...
During binocular rivalry, portions of one eye’s view may be perceptually dominant while other portio...
Prolonged viewing of dichoptically presented images with different content results in perceptual alt...
When an observer is presented with dissimilar images to the right and left eye, the images will alte...
When an observer is presented with dissimilar images to the right and left eye, the images will alte...
Binocular rivalry is an important tool for measuring sensory eye dominance—the relative strength of ...
When the left and right eyes are simultaneously presented with different images, observers typically...
When the retinal images of the left and the right eye are incompatible, perception starts alternatin...
Contains fulltext : 97674.pdf (publisher's version ) (Open Access)Recent studies s...
Binocular rivalry has been used to study a wide range of visual processes, from the integration of l...
Binocular rivalry occurs when the images presented to the two eyes do not match. Instead of fusing i...
When different images are presented to the two eyes, each can intermittently disappear, leaving the ...
Recent studies suggest that binocular rivalry at stimulus onset, so called onset rivalry, differs fr...
Binocular rivalry and stimulus rivalry are two forms of perceptual instability that arise when the v...
Recent studies suggest that binocular rivalry at stimulus onset, so called onset rivalry, differs fr...
Binocular rivalry is scientifically attractive because it allows the study of an entirely subjective...
During binocular rivalry, portions of one eye’s view may be perceptually dominant while other portio...
Prolonged viewing of dichoptically presented images with different content results in perceptual alt...