We examined whether shifting attention to a location necessarily entails extracting the features at that location, a process referred to as attentional engagement. In three spatial-cuing experiments ( N = 60), we found that an onset cue captured attention both when it shared the target's color and when it did not. Yet the effects of the match between the response associated with the cued object's identity and the response associated with the target (compatibility effects), which are diagnostic of attentional engagement, were observed only with relevant-color onset cues. These findings demonstrate that stimulus- and goal-driven capture have qualitatively different consequences: Before attention is reoriented to the target, it is engaged to t...
The notion that attentional top-down control can be tuned to a stimulus feature is widely accepted. ...
The visual system allocates attention in object-based and location-based modes. However, the questio...
Reaction times in a visual search task increase when an irrelevant but salient stimulus is presented...
Whether or not certain physical events can capture attention has been one of the most debated issues...
Under certain circumstances, external stimuli will elicit an involuntary shift of spatial attention,...
An organism's survival depends on the ability to rapidly orient attention to unanticipated events in...
Although attentional capture is now a commonplace finding, the exact roles played by goal-directed a...
Currently, there is considerable controversy regarding the degree to which top-down control can affe...
Currently, there is considerable controversy regarding the degree to which top-down control can affe...
Currently, there is considerable controversy regarding the degree to which top-down control can affe...
This article explored the extent to which stimulus-driven control over visual selection is modulated...
What factors determine which stimuli of a scene will be visually selected and become available for c...
The notion that attentional top-down control can be tuned to a stimulus feature is widely accepted. ...
The aim of this research was to investigate the potential impacts of task demand and stimulus salien...
Attention shifts to particular objects in the visual field can distort perceptual location judgments...
The notion that attentional top-down control can be tuned to a stimulus feature is widely accepted. ...
The visual system allocates attention in object-based and location-based modes. However, the questio...
Reaction times in a visual search task increase when an irrelevant but salient stimulus is presented...
Whether or not certain physical events can capture attention has been one of the most debated issues...
Under certain circumstances, external stimuli will elicit an involuntary shift of spatial attention,...
An organism's survival depends on the ability to rapidly orient attention to unanticipated events in...
Although attentional capture is now a commonplace finding, the exact roles played by goal-directed a...
Currently, there is considerable controversy regarding the degree to which top-down control can affe...
Currently, there is considerable controversy regarding the degree to which top-down control can affe...
Currently, there is considerable controversy regarding the degree to which top-down control can affe...
This article explored the extent to which stimulus-driven control over visual selection is modulated...
What factors determine which stimuli of a scene will be visually selected and become available for c...
The notion that attentional top-down control can be tuned to a stimulus feature is widely accepted. ...
The aim of this research was to investigate the potential impacts of task demand and stimulus salien...
Attention shifts to particular objects in the visual field can distort perceptual location judgments...
The notion that attentional top-down control can be tuned to a stimulus feature is widely accepted. ...
The visual system allocates attention in object-based and location-based modes. However, the questio...
Reaction times in a visual search task increase when an irrelevant but salient stimulus is presented...