<p>Empirical proportion of capture by the distractor, averaged across participants, represents the proportion of first eye movements landing on the distractor position. Salience difference, averaged across participants, was derived from detection times in the baseline salience measurement requiring a simple target-present vs. target-absent decision (see <i>Methods</i> of <i>Behavioral eye-tracking experiment</i>). Negative x-values indicate distractors less salient than the target. Dots represent mean values of proportion of capture for each salience difference condition (<i>n</i> = 2); arrows indicate the associated standard errors.</p
The present study provides an insightful look into the effects of distractors using behavioral and e...
A number of characteristics of the visual system and of the visual stimulus are invoked to explain i...
Abstract During early visual processing the eyes can be captured by salient visual information in th...
<p>(a) Empirical RT interference, averaged across participants, represents the RT difference, in ms,...
Current accounts of attentional capture predict the most salient stimulus to be invariably selected ...
<div><p>Current accounts of attentional capture predict the most salient stimulus to be invariably s...
Current accounts of attentional capture predict the most salient stimulus to be invariably selected ...
Current accounts of attentional capture predict the most salient stimulus to be invariably selected ...
<p>Mean response time ± within-subjects s.e.m. for each distractor condition over the course of the ...
The data set is from a series of two eye tracking experiments testing the role of statistical learni...
During early visual processing the eyes can be captured by salient visual information in the environ...
AbstractIt is commonly believed that objects viewed in certain contexts may be more or less salient....
<p>First saccade latencies in each experimental condition in A) group and B) individuals. Error bars...
For more than 2 decades, researchers have debated the nature of cognitive control in the guidance of...
The deviation of a saccade trajectory is a measure of the oculomotor competition evoked by a distrac...
The present study provides an insightful look into the effects of distractors using behavioral and e...
A number of characteristics of the visual system and of the visual stimulus are invoked to explain i...
Abstract During early visual processing the eyes can be captured by salient visual information in th...
<p>(a) Empirical RT interference, averaged across participants, represents the RT difference, in ms,...
Current accounts of attentional capture predict the most salient stimulus to be invariably selected ...
<div><p>Current accounts of attentional capture predict the most salient stimulus to be invariably s...
Current accounts of attentional capture predict the most salient stimulus to be invariably selected ...
Current accounts of attentional capture predict the most salient stimulus to be invariably selected ...
<p>Mean response time ± within-subjects s.e.m. for each distractor condition over the course of the ...
The data set is from a series of two eye tracking experiments testing the role of statistical learni...
During early visual processing the eyes can be captured by salient visual information in the environ...
AbstractIt is commonly believed that objects viewed in certain contexts may be more or less salient....
<p>First saccade latencies in each experimental condition in A) group and B) individuals. Error bars...
For more than 2 decades, researchers have debated the nature of cognitive control in the guidance of...
The deviation of a saccade trajectory is a measure of the oculomotor competition evoked by a distrac...
The present study provides an insightful look into the effects of distractors using behavioral and e...
A number of characteristics of the visual system and of the visual stimulus are invoked to explain i...
Abstract During early visual processing the eyes can be captured by salient visual information in th...