A classic finding in research on human expertise and knowledge is that of enhanced memory for stimuli in a domain of expertise as compared to either stimuli outside that domain, or within-domain stimuli that have been degraded or distorted in some way. However, we do not understand how experts process degradation or distortion of stimuli within the expert domain (e.g., a face with the eyes, nose, and mouth in the wrong positions, or a chessboard with pieces placed randomly). Focusing on the domain of chess, we present new fMRI evidence that when experts view such distorted/within-domain stimuli, they engage an active search for structure—a kind of exploratory chunking—that involves a component of a prefrontal-parietal network linked to cons...
Our object recognition abilities, a direct product of our experience with objects, are fine-tuned to...
Introduction It is not common to find a single region responsible for just a single class of stimuli...
<div><p>Cognitive performance relies on the coordination of large-scale networks of brain regions th...
Chess experts store domain-specific representations in their long-term memory; due to the activation...
Chess experts store domain-specific representations in their long-term memory; due to the activation...
Recognition of objects and their relations is necessary for orienting in real life. We examined cogn...
Comparing experts with novices offers unique insights into the functioning of cognition, based on th...
Recent advances of neuroimaging methodology and artificial intelligence have resulted in renewed int...
Experience and learning shape human behavior and alter brain functioning. To investigate the effects...
Our object recognition abilities, a direct product of our experience with objects, are fine-tuned to...
Comparing experts with novices offers unique insights into the functioning of cognition based on the...
A grandmaster and an international chess master were compared with a group of novices in a memory ta...
Cognitive performance relies on the coordination of large-scale networks of brain regions that are n...
Chess experts store domain-specific representations in their long-term memory; due to the activation...
Our object recognition abilities, a direct product of our experience with objects, are fine-tuned to...
Our object recognition abilities, a direct product of our experience with objects, are fine-tuned to...
Introduction It is not common to find a single region responsible for just a single class of stimuli...
<div><p>Cognitive performance relies on the coordination of large-scale networks of brain regions th...
Chess experts store domain-specific representations in their long-term memory; due to the activation...
Chess experts store domain-specific representations in their long-term memory; due to the activation...
Recognition of objects and their relations is necessary for orienting in real life. We examined cogn...
Comparing experts with novices offers unique insights into the functioning of cognition, based on th...
Recent advances of neuroimaging methodology and artificial intelligence have resulted in renewed int...
Experience and learning shape human behavior and alter brain functioning. To investigate the effects...
Our object recognition abilities, a direct product of our experience with objects, are fine-tuned to...
Comparing experts with novices offers unique insights into the functioning of cognition based on the...
A grandmaster and an international chess master were compared with a group of novices in a memory ta...
Cognitive performance relies on the coordination of large-scale networks of brain regions that are n...
Chess experts store domain-specific representations in their long-term memory; due to the activation...
Our object recognition abilities, a direct product of our experience with objects, are fine-tuned to...
Our object recognition abilities, a direct product of our experience with objects, are fine-tuned to...
Introduction It is not common to find a single region responsible for just a single class of stimuli...
<div><p>Cognitive performance relies on the coordination of large-scale networks of brain regions th...