Recent studies have shown that attentional facilitation lingers at the retinotopic coordinates of a previously attended position after an eye movement. These results are intriguing, because the retinotopic location becomes behaviorally irrelevant once the eyes have moved. Critically, in these studies participants were asked to maintain attention on a blank location of the screen. In the present study, we examined whether the continuing presence of a visual object at the cued location could affect the allocation of attention across eye movements. We used a trans-saccadic cueing paradigm in which the relevant positions could be defined or not by visual objects (simple square outlines). We find an attentional benefit at the spatiotopic locatio...
AbstractIt has been demonstrated that visual objects that are present after saccadic eye movements a...
In three experiments, we investigated the spatial allocation of attention in response to central gaz...
When preparing a saccade, attentional resources are focused at the saccade target and its immediate ...
With every eye movement, visual input projected onto our retina changes drastically. The fundamental...
Each saccade shifts the projections of the visual scene on the retina. It has been proposed that the...
International audienceJonikaitis D, Szinte M, Rolfs M, Cavanagh P. Allocation of attention across sa...
Visual processing can be facilitated by covert attention at behaviorally relevant locations. If the ...
The locations of visual objects to which we attend are initially mapped in a retinotopic frame of re...
With every eye movement, visual input projected onto our retina changes drastically. The fundamental...
Abstract During natural vision, eye movements can drastically alter the retinotopic (eye-centered) c...
AbstractThe ability to detect an incoming visual stimulus is enhanced by knowledge of stimulus locat...
With each eye movement, the image of the world received by the visual system changes dramatically. T...
The locations of visual objects to which we attend are initially mapped in a retinotopic frame of re...
With each eye movement, the image received by the visual system changes drastically. To maintain sta...
The locations of visual objects to which we attend are initially mapped in a retinotopic frame of re...
AbstractIt has been demonstrated that visual objects that are present after saccadic eye movements a...
In three experiments, we investigated the spatial allocation of attention in response to central gaz...
When preparing a saccade, attentional resources are focused at the saccade target and its immediate ...
With every eye movement, visual input projected onto our retina changes drastically. The fundamental...
Each saccade shifts the projections of the visual scene on the retina. It has been proposed that the...
International audienceJonikaitis D, Szinte M, Rolfs M, Cavanagh P. Allocation of attention across sa...
Visual processing can be facilitated by covert attention at behaviorally relevant locations. If the ...
The locations of visual objects to which we attend are initially mapped in a retinotopic frame of re...
With every eye movement, visual input projected onto our retina changes drastically. The fundamental...
Abstract During natural vision, eye movements can drastically alter the retinotopic (eye-centered) c...
AbstractThe ability to detect an incoming visual stimulus is enhanced by knowledge of stimulus locat...
With each eye movement, the image of the world received by the visual system changes dramatically. T...
The locations of visual objects to which we attend are initially mapped in a retinotopic frame of re...
With each eye movement, the image received by the visual system changes drastically. To maintain sta...
The locations of visual objects to which we attend are initially mapped in a retinotopic frame of re...
AbstractIt has been demonstrated that visual objects that are present after saccadic eye movements a...
In three experiments, we investigated the spatial allocation of attention in response to central gaz...
When preparing a saccade, attentional resources are focused at the saccade target and its immediate ...