Aug 2026· Psychological Research· Vol 90· 0 citations· 40 references
Medicine
Abstract
Sense of Agency (SoA) refers to the subjective experience of control over one’s actions and their outcomes. Although agency-related action–outcome processes have been shown to influence attention, memory, and learning, it remains unclear whether the reliability of action-linked perceptual consequences shapes contextual learning. The present study examined whether contextual cueing—a form of learning in which repeated spatial layouts facilitate visual search—is modulated by two aspects of the action–outcome context. Experiment 1 compared a Free-Control condition, in which responses immediately terminated the search display, with a Constrained-Control condition, in which display offset was externally determined. Contextual cueing developed more strongly when responses reliably produced display offset. Experiment 2 tested whether configuration-specific contingencies between responses and subsequent visual outcomes modulate contextual learning. Contextual cueing was larger when old displays were more reliably followed by a response-triggered visual outcome, even though the overall frequency of such outcomes was held constant across sessions. Together, the findings provide preliminary evidence that contextual learning is sensitive to the reliability of action-linked perceptual consequences. Reliable response–effect relations and configuration-specific outcome contingencies may support the updating and stabilization of context–target associations across repeated encounters.
Sense of agency (SoA) is the subjective experience of controlling one’s own actions and their effects. To infer SoA people rely, among other cues, on temporal cues such as temporal contiguity (i.e. the closeness in time between action and effect) and temporal expectation (i.e. the match between expected and actual timi...
V. K. Bart, M. Rieger· Psychological Research· 0 citations
Abstract Salience, the degree to which cues capture attention, is not fixed but updated through experience. Learning which cues anticipate meaningful outcomes requires cue–outcome relationships to be perceptible to begin with, rendering salience a gate for behavioural change. Because salience is itself malleable, behav...
Rodrigo Sosa, Mario Treviño· Royal Society Open Science· 0 citations
Flexible behavior in complex environments requires animals to infer which sensory inputs are relevant for guiding action and which need to be ignored. Yet, how cognitive control circuits apply contextual knowledge during decision-making is poorly understood. To address this question, we trained head-fixed mice on a cro...
K. Safaryan, Rohan Bhalodia, Jonathan Shenassa et al.· bioRxiv· 0 citations