NoWe demonstrate that the 1st- and 2nd-order characteristics of a visual stimulus can have a profound influence on each other in terms of perceived position. We use the parameter of spatial separation to selectively manipulate the effect of one characteristic upon the other. 1st-order features have their largest effect upon the perceived position of 2nd-order structure when separation is small, whilst the reciprocal effect is maximal at large separations. Implications for models of 1st- and 2nd-order interaction are discussed
Visual cognition in our 3D world requires understanding how we accurately localize objects in 2D and...
Visual information is processed by the brain in a large number of functional sites across a network ...
Psychophysical and neurophysiological studies have revealed that the visual system is sensitive to b...
AbstractThe twisted-cord illusion is a powerful demonstration of interaction between 1st-order (lumi...
AbstractMotion perception influences perceived position. It has been shown that first-order (luminan...
Complex perceptions may be analyzed as combinations of simpler components. The consequences for beha...
Motion perception influences perceived position. It has been shown that first-order (luminance defin...
It is well established that all kinds of visual attributes are processed separately within the brain...
AbstractMany studies have documented that first-order motion influences perceived position. Here, we...
AbstractThe temporal order of two spots of light successively appearing in the dark, just before a s...
When two stimuli are presented simultaneously to an observer, the perceived temporal order does not ...
Recent neurophysiological and behavioural evidence suggests that in both early visual processing and...
AbstractPrevious research has shown spontaneous location processing when location is not a task rele...
The present contribution argues that transitive reasoning, as exemplified in paradigms of linear ord...
Both psychophysical and neurophysiological evidence suggest that there are two visual cortical proce...
Visual cognition in our 3D world requires understanding how we accurately localize objects in 2D and...
Visual information is processed by the brain in a large number of functional sites across a network ...
Psychophysical and neurophysiological studies have revealed that the visual system is sensitive to b...
AbstractThe twisted-cord illusion is a powerful demonstration of interaction between 1st-order (lumi...
AbstractMotion perception influences perceived position. It has been shown that first-order (luminan...
Complex perceptions may be analyzed as combinations of simpler components. The consequences for beha...
Motion perception influences perceived position. It has been shown that first-order (luminance defin...
It is well established that all kinds of visual attributes are processed separately within the brain...
AbstractMany studies have documented that first-order motion influences perceived position. Here, we...
AbstractThe temporal order of two spots of light successively appearing in the dark, just before a s...
When two stimuli are presented simultaneously to an observer, the perceived temporal order does not ...
Recent neurophysiological and behavioural evidence suggests that in both early visual processing and...
AbstractPrevious research has shown spontaneous location processing when location is not a task rele...
The present contribution argues that transitive reasoning, as exemplified in paradigms of linear ord...
Both psychophysical and neurophysiological evidence suggest that there are two visual cortical proce...
Visual cognition in our 3D world requires understanding how we accurately localize objects in 2D and...
Visual information is processed by the brain in a large number of functional sites across a network ...
Psychophysical and neurophysiological studies have revealed that the visual system is sensitive to b...