Neurocognitive Underpinnings of Face Perception: Further Evidence of Distinct Person and Group Perception Processes
face perception, social neuroscience, social perception, stereotyping
Journal of Personality and Social Psychology
A model of social perception is presented and tested. The model is based on cognitive neuroscience models and proposes that the right cerebral hemisphere is more efficient at processing combinations of features whereas the left hemisphere is superior at identifying single features. These processes are hypothesized to produce person and group-based representations, respectively. Individuating or personalizing experience with an outgroup member was expected to facilitate the perception of the individuating features and inhibit the perception of the group features. In the presented study, participants were asked to learn about various ingroup and outgroup targets. Later, participants demonstrated that categorization response speeds to old targets were slower in the left hemisphere than in the right, particularly for outgroup members, as predicted. These findings are discussed for their relevance to models of social perception and stereotyping. © 2008 American Psychological Association.
Original Publication Date
DOI of published version
Zárate, Michael A.; Stoever, Colby J.; MacLin, M. Kimberly; and Arms-Chavez, Clarissa J., "Neurocognitive Underpinnings of Face Perception: Further Evidence of Distinct Person and Group Perception Processes" (2008). Faculty Publications. 2519.