Whether it is possible to ignore a physically salient distractor has been a topic of active debate over the past 25 years, with empirical evidence for and against each of the theoretical stances. We put forward that predictive processing may provide a unified theoretical perspective that can account reasonably well for the empirical literature on attentional capture. In this perspective, capture is a logical consequence of the overall imperative of the brain to predict what sensory signals provide precise information to achieve goal-directed behaviour
Luck et al. (2021) reviewed evidence that observers can learn to suppress attentional capture by sal...
It is well known that irrelevant stimuli can control where we attend. However, in the literature abo...
This thesis investigated the relationship between prediction and attention in visual perception by r...
For over 25 years, researchers have debated whether physically salient stimuli capture attention in ...
In the complex scenes of everyday life, our brains must select from among many competing inputs for ...
Our ability to focus on goal-relevant aspects of the environment is critically dependent on our abil...
Predictive coding models of perception suggest that predicted sensory signals are attenuated (silenc...
Whether or not certain physical events can capture attention has been one of the most debated issues...
Predictive coding models suggest that predicted sensory signals are attenuated (silencing of predict...
Distracting sensory events can capture attention, interfering with the performance of the task at ha...
Distracting sensory events can capture attention, interfering with the performance of the task at ha...
Predictive coding models suggest that predicted sensory signals are attenuated (silencing of predict...
Conscious perception and attention are difficult to study, partly because their relation to each oth...
Luck et al. (2021) reviewed evidence that observers can learn to suppress attentional capture by sal...
Prediction and attention are fundamental brain functions in the service of perception and action. Th...
Luck et al. (2021) reviewed evidence that observers can learn to suppress attentional capture by sal...
It is well known that irrelevant stimuli can control where we attend. However, in the literature abo...
This thesis investigated the relationship between prediction and attention in visual perception by r...
For over 25 years, researchers have debated whether physically salient stimuli capture attention in ...
In the complex scenes of everyday life, our brains must select from among many competing inputs for ...
Our ability to focus on goal-relevant aspects of the environment is critically dependent on our abil...
Predictive coding models of perception suggest that predicted sensory signals are attenuated (silenc...
Whether or not certain physical events can capture attention has been one of the most debated issues...
Predictive coding models suggest that predicted sensory signals are attenuated (silencing of predict...
Distracting sensory events can capture attention, interfering with the performance of the task at ha...
Distracting sensory events can capture attention, interfering with the performance of the task at ha...
Predictive coding models suggest that predicted sensory signals are attenuated (silencing of predict...
Conscious perception and attention are difficult to study, partly because their relation to each oth...
Luck et al. (2021) reviewed evidence that observers can learn to suppress attentional capture by sal...
Prediction and attention are fundamental brain functions in the service of perception and action. Th...
Luck et al. (2021) reviewed evidence that observers can learn to suppress attentional capture by sal...
It is well known that irrelevant stimuli can control where we attend. However, in the literature abo...
This thesis investigated the relationship between prediction and attention in visual perception by r...