Carry-over effect of learned distractor suppression on visual working memory. [PDF]
Front NeurosciGeorge N, Patel PC.
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Visual field inhomogeneities and the architectonics of early visual cortex shape visual working memory. [PDF]
Cereb CortexPapiernik-Kłodzińska J +5 more
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Exogenously Driven Neural Reactivation of Spatially Matching Visual Working-Memory Contents. [PDF]
eNeuroFuentes-Guerra Á +3 more
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Beyond flatland: naturalistic three-dimensional stimuli and visual working memory processing. [PDF]
Virtual RealSchrift G, Lando S, Luria R, Censor N.
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Collaborative Encoding of Visual Working Memory.
Collaboration helps humans surmount individual cognitive limitations by distributing information over many minds. However, figuring out when and how to collaborate is not trivial. This study examines whether dyads split up information in a collaborative visual working memory task when doing so improves performance.
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Chunking, Attraction, Repulsion, and Ensemble Effects Are Ubiquitous in Visual Working Memory. [PDF]
Open Mind (Camb)Chunharas C, Brady TF.
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Motor Control Processes Moderate Visual Working Memory Gating. [PDF]
J NeurosciÖzdemir Ş, Günseli E, Schneider D.
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Refreshing Multi-Feature Objects in Visual Working Memory. [PDF]
J CognSouza AS.
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Visual working memory-related corrective saccade biases are amplified by task demands, without updating working memory content. [PDF]
Atten Percept PsychophysPolgári P, Schütz AC.
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Spatial statistical learning of task relevance, rather than stimulus prevalence, improves visual working memory recall. [PDF]
Psychon Bull RevXu L +4 more
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