AbstractThe sudden onset of a cue triggers visual attention, which then enhances visual processing in the zone near the cue. This enhancement causes a motion illusion in subsequent stimuli presented near the cue. At greater separations from the cue, the illusory motion reverses direction, indicating prolonged processing speed. Measurements of the strength and direction of illusory motion at increasing separations from the cue reveal an attentional ‘perceptive field’ with an excitatory center at the locus cued and an inhibitory surround subtending the remaining visual field. These findings help explain the traditional attentional ‘benefits’ and ‘costs’ of attention
Dynamic stimuli capture attention, even if not in the focus of endogenous attention. Such a stimulu...
In the Fröhlich effect, the initial position of an object that suddenly appears in motion is perceiv...
Navigating through our environment raises challenges for perception by generating salient background...
AbstractRobust visual attentional responses are produced by the sudden onset of a visual cue, but th...
The ability to perceive changes in motion, such as rapid changes of speed, has important ecological ...
The ability to perceive changes in motion, such as rapid changes of speed, has important ecological ...
AbstractWhen a static line is presented near a brief cue, participants report motion within the line...
Selective attention modulates brain responses in visual cortex. A common ¢nding, using functional ma...
A typical visual scene we encounter in everyday life is complex and filled with a huge amount of per...
AbstractExogenous spatial attention can be automatically engaged by a cue presented in the visual pe...
AbstractThe effects of attention on visual evoked potentials triggered by motion-onset were examined...
Exogenous attention is an involuntary, reflexive orienting response that results in enhanced process...
Using straight translatory motion of a visual peripheral cue in the frontoparallel plane, and probin...
AbstractIn human observers, cue-induced visual attention (‘bottom-up’ transient focal attention) sho...
Attention has been shown to modulate visual processing in a wide variety of tasks. We tested the inf...
Dynamic stimuli capture attention, even if not in the focus of endogenous attention. Such a stimulu...
In the Fröhlich effect, the initial position of an object that suddenly appears in motion is perceiv...
Navigating through our environment raises challenges for perception by generating salient background...
AbstractRobust visual attentional responses are produced by the sudden onset of a visual cue, but th...
The ability to perceive changes in motion, such as rapid changes of speed, has important ecological ...
The ability to perceive changes in motion, such as rapid changes of speed, has important ecological ...
AbstractWhen a static line is presented near a brief cue, participants report motion within the line...
Selective attention modulates brain responses in visual cortex. A common ¢nding, using functional ma...
A typical visual scene we encounter in everyday life is complex and filled with a huge amount of per...
AbstractExogenous spatial attention can be automatically engaged by a cue presented in the visual pe...
AbstractThe effects of attention on visual evoked potentials triggered by motion-onset were examined...
Exogenous attention is an involuntary, reflexive orienting response that results in enhanced process...
Using straight translatory motion of a visual peripheral cue in the frontoparallel plane, and probin...
AbstractIn human observers, cue-induced visual attention (‘bottom-up’ transient focal attention) sho...
Attention has been shown to modulate visual processing in a wide variety of tasks. We tested the inf...
Dynamic stimuli capture attention, even if not in the focus of endogenous attention. Such a stimulu...
In the Fröhlich effect, the initial position of an object that suddenly appears in motion is perceiv...
Navigating through our environment raises challenges for perception by generating salient background...