Data from: Colour misbinding during motion rivalry

When two dissimilar colours are displayed to the two eyes at overlapping
retinal locations, binocular rivalry typically results: a fluctuating
struggle for perceptual dominance of each eye’s stimulus. We found instead
that isoluminant counter-rotating patterns consisting of coloured and
achromatic portions can promote an illusory colour “misbinding”, where the
colours from both eyes were perceived within a single rotating pattern.
The achromatic portion of one rotating pattern thus appeared to take on
the colour of the other, oppositely-rotating pattern. The results suggest
that the neural mechanisms of colour binding can operate even while
representations of the same patterns’ motions are undergoing rivalry, and
support the idea that rivalry can occur in isolation within the motion
system.