Brain Waves Predict Decision Accuracy in Virtual Reality Under High Workload
Researchers found that spatial-covariance EEG signals reliably predicted decision accuracy before responses were finalized under high cognitive workload in virtual ...
Researchers found that spatial-covariance EEG signals reliably predicted decision accuracy before responses were finalized under high cognitive workload in virtual ...
Researchers discover that mice detect acoustic targets in complex noise by integrating background sound statistics across seconds, a cortical process ...
A conceptual analysis indicates that labeling artificial intelligence content as human-verified might artificially inflate perceived credibility without improving readers' ability ...
A study of high school learners found that auditory lectures led to higher rates of false memory and a more ...
An analysis of NBA Last Two Minute reports from 1,755 games reveals that referees systematically favor inaction, leaving more than ...
A new study reveals that expert advantage in action prediction is not fixed but is significantly constrained by the strength ...
A signal detection study of 134 undergraduates found that an avoidance temperament improves overall perceptual sensitivity for emotions on ambiguous ...
A meta-analysis of 62 effects from 29 studies finds that immediate trial-level accuracy feedback amplifies the conservative response bias behind ...
A biologically inspired pulvinar-like skip pathway in a convolutional vision model acts primarily as a gain controller and decision-criterion regulator ...
A Rutgers study shows that paired simultaneous recognition tests and traditional sequential tests produce different patterns of object-feature memory responses, ...
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© 2026 Scienmag - Science Magazine