Encoding differences affect the number and precision of own-race versus other-race faces stored in visual working memory

@micheleveldsman @djmitch81 @cusacklab I forgot about that one! We've also done it with faces (as have others) to look at the other race effect. Am collaborating on a project looking at emotions as well. Can answer a lot of interesting questions moving awa

RT @SMEmrich: Our new paper using mixture modelling to look at differences in memory for own- vs. other-race faces is up at AP&P: https://t…

RT @SMEmrich: Our new paper using mixture modelling to look at differences in memory for own- vs. other-race faces is up at AP&P: https://t…

RT @SMEmrich: Our new paper using mixture modelling to look at differences in memory for own- vs. other-race faces is up at AP&P: https://t…

RT @SMEmrich: Our new paper using mixture modelling to look at differences in memory for own- vs. other-race faces is up at AP&P: https://t…

RT @SMEmrich: Our new paper using mixture modelling to look at differences in memory for own- vs. other-race faces is up at AP&P: https://t…

RT @SMEmrich: Our new paper using mixture modelling to look at differences in memory for own- vs. other-race faces is up at AP&P: https://t…

Our new paper using mixture modelling to look at differences in memory for own- vs. other-race faces is up at AP&P: https://t.co/l4ace7MYQB