Abstract

Faces provide not only cues to an individual’s identity, age, gender, and ethnicity but also insight into their mental states. The aim was to investigate the temporal aspects of processing of facial expressions of complex mental states for very short presentation times ranging from 12.5 to 100 ms in a four-alternative forced choice paradigm based on Reading the Mind in the Eyes test. Results show that participants are able to recognise very subtle differences between facial expressions; performance is better than chance, even for the shortest presentation time. Importantly, we show for the first time that observers can recognise these expressions based on information contained in the eye region only. These results support the hypothesis that the eye region plays a particularly important role in social interactions and that the expressions in the eyes are a rich source of information about other peoples’ mental states. When asked to what extent the observers guessed during the task, they significantly underestimated their ability to make correct decisions, yet perform better than chance, even for very brief presentation times. These results are particularly relevant in the light of the current COVID-19 pandemic and the associated wearing of face coverings.

Highlights

  • The aim of this study was to investigate the temporal aspects of processing of facial expressions of complex mental states

  • Humans can recognise i-Perception 11(5). These expressions, above chance level, based on information from the eye region only, which underlines the important role of the eye region in social interactions and that the expressions in the eyes are a rich source of information about other peoples’ mental states (Grossmann, 2017)

  • Our findings provide evidence that mental states can reliably be associated with facial expressions much more rapidly than previously believed, and most importantly, from the eye regions alone

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Summary

Introduction

Faces provide cues to an individual’s identity, age, gender, and ethnicity and insight into their mental states. We show for the first time that observers can recognise these expressions based on information contained in the eye region only These results support the hypothesis that the eye region plays a important role in social interactions and that the expressions in the eyes are a rich. When asked to what extent the observers guessed during the task, they significantly underestimated their ability to make correct decisions, yet perform better than chance, even for very brief presentation times. These results are relevant in the light of the current COVID-19 pandemic and the associated wearing of face coverings.

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