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Just prior to the scanning session, in an initial test run, a social hierarchy was created by identifying the performance of one other player as better (“three star player”) and one other player as worse (“one star player”) than the participant (“two star player”). Covertly, outcomes were fixed, and the two other players were simulated behavioral measures ( Figures S1 and S2, available online), however, confirmed that participants strongly engaged in this virtual social interaction. Participants performed a simple task for monetary reward simultaneously with one of two other players, alternatively, represented by photographs.
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Here, in two experiments, we created an explicit and strongly reinforced social hierarchy based on incidental skill in the context of an interactive game ( Figure 1).
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In human beings, social hierarchies can be established along various dimensions we can be ranked according to ability or skill, as well as economic, physical, and professional standings. We used functional magnetic resonance imaging (fMRI) to investigate the neural mechanisms that process social superiority and inferiority in humans. Our results identify neural mechanisms that may mediate the enormous influence of social status on human behavior and health. Furthermore, social hierarchical consequences of performance were neurally dissociable and of comparable salience to monetary reward, providing a neural basis for the high motivational value of status. In the unstable hierarchy setting, additional regions related to emotional processing (amygdala), social cognition (medial prefrontal cortex), and behavioral readiness were recruited. In both stable and unstable social hierarchies, viewing a superior individual differentially engaged perceptual-attentional, saliency, and cognitive systems, notably dorsolateral prefrontal cortex. In the present study, we identify dissociable neural responses to perceived social rank using functional magnetic resonance imaging (fMRI) in an interactive, simulated social context. However, little is known about the underlying neural representation of social hierarchies in humans. Social hierarchies guide behavior in many species, including humans, where status also has an enormous impact on motivation and health.