Results from recent event-related brain potential (ERP) studies investigating brain
processes involved in the detection and analysis of emotional facial expression are …

Using event-related brain potentials (ERPs), we investigated the time course of facial
expression processing in human subjects watching photographs of fearful and neutral faces …

To clarify the time course of neural responses to faces with different emotional expressions,
we used event-related potential (ERP) and reaction time measures. Faces expressing four …

IMAGING work has begun to elucidate the spatial organization of emotions; the temporal
organization, however, remains unclear. Adaptive behavior relies on rapid monitoring of …

Previous studies have revealed that decoding of facial-expressions starts very early in the
brain (≈ 180 ms post-stimulus) and might be processed separately from the basic stage of …

Emotional facial expressions usually arise dynamically from a neutral expression. Yet, most
previous research focused on static images. The present study investigated basic aspects of …

Facial emotions represent an important part of non-verbal communication used in everyday
life. Recent studies on emotional processing have implicated differing brain regions for …

The spatio-temporal neural basis of earliest differentiation between emotional and neutral
facial expressions is a matter of debate. The present study used concurrent …

To investigate whether the processing of faces and emotional facial expression can be
modulated by spatial attention, ERPs were recorded in response to stimulus arrays …

To investigate the time course of emotional expression processing, we recorded ERP
responses to stimulus arrays containing neutral versus angry, disgusted, fearful, happy, sad …