Susilo, Bagus (Tirta); McKone, Elinor; Edwards, Mark
Face aftereffects for upright faces have been widely assumed to derive from face space and to provide useful information about its properties. Yet remarkably similar aftereffects have consistently been reported for inverted faces, a problematic nding because other paradigms argue that inverted faces are processed by different mechanisms from upright faces. Here, we identify a qualitative difference between upright and inverted face aftereffects. Using eye-height aftereffects, we tested for...[Show more]
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