A platform that combines freely moving behavior with control over environmental stimuli, trajectories, and reward locations is introduced and it is shown rats can learn a multistage spatial targeting task and that high density Neuropixels recordings can be performed in conjunction.
Tucker G. Fisher, Marielena Sosa, Alexander Gonzalez et al.· bioRxiv· 0 citations
Attentional templates in visual working memory (VWM) are essential for guiding visual search. Although much debate has focused on whether these templates are stored in discrete states or continuous resources, a question remains: To what extent can the priority of a template be strategically tuned to match environmental...
Alexandre Fortuna, Martin Constant, Dirk Kerzel· Journal of Vision· 0 citations
Previous research has shown that people are sensitive to statistical regularities and will implicitly learn to bias attention toward locations and features frequently associated with search targets. However, most prior work has involved a single biasing contingency. In Experiment 1, we investigate whether individuals c...
Mark W. Becker, Morgan R. Dodd, Tristan Janisse· Attention, Perception, & Psy...· 0 citations
Recent studies suggest that familiar objects benefit from faster working memory (WM) encoding – the transformation of fragile perceptual representations into durable WM representations. This observation led contemporary WM models to postulate a long-term memory (LTM) “template-matching” mechanism, which speeds standard...
Abigail C. Wyllie, C. V. von Bastian, Alon Zivony· Psychonomic Bulletin & Revie...· 0 citations
Spatial memories undergo systems consolidation, typically transforming from flexible, hippocampal-dependent representations of spatial relations, to rigid, extra-hippocampal route representations. This study investigated whether environmental design influences this consolidation process to enhance long-term wayfinding....
M. Merhav, D. Fisher-Gewirtzman· Psychological Research· 0 citations
Prior sensorimotor history does not compromise the task's ability to extract stable cognitive variables, but does bias the values it yields - a non-random source of variance that could shift patients across diagnostic thresholds in proposed clinical applications.
Elliot Huang, William Xu, Robert C. Wilson· 0 citations
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