AbstractThis study utilized a location-matching task to investigate whether the face-sensitive N170 event-related potential component would habituate in its response to the repeated presentation of same face stimuli when face identity was irrelevant to the experimental task. N170 amplitude decreased progressively with repeated presentation of the same face vs. sequential presentation of novel faces. This N170 habituation to face identity repetition occurred only for faces at unattended spatial locations, likely representing a relatively pure observation of automatic early face processing
Human perception of faces is widely believed to rely on automatic processing by a domain-specifi c, ...
The present study used a parametric design to characterize early event-related potentials (ERP) to f...
We examined how the perception of face identity was influenced by prior exposure to a different face...
AbstractThe N170 event-related potential component is currently under investigation for its role in ...
We investigated immediate repetition effects in the recognition of famous faces by recording event-r...
Identifying familiar faces is a fundamentally important aspect of social perception that requires th...
We investigated immediate repetition effects on event-related potentials (ERPs) during direct and in...
Natural variability between instances of unfamiliar faces can make it difficult to reconcile two ima...
& Electrophysiological studies using event-related potentials Joe or not Joe. The critical stimu...
Objectives: An event-related brain potential (ERP) study investigated how different processing stage...
This study investigated whether neural mechanisms of self-face recognition are modulated by attentio...
The neural correlates of face individuation—the acquisition of memory representations for novel face...
The purpose of this study was to disentangle the contribution of episodic-perceptual from pre-existi...
Impoverished images of faces, two-tone Mooney faces, severely impair the ability to recognize to who...
Recognizing unfamiliar faces is more difficult than familiar face recognition, and this has been att...
Human perception of faces is widely believed to rely on automatic processing by a domain-specifi c, ...
The present study used a parametric design to characterize early event-related potentials (ERP) to f...
We examined how the perception of face identity was influenced by prior exposure to a different face...
AbstractThe N170 event-related potential component is currently under investigation for its role in ...
We investigated immediate repetition effects in the recognition of famous faces by recording event-r...
Identifying familiar faces is a fundamentally important aspect of social perception that requires th...
We investigated immediate repetition effects on event-related potentials (ERPs) during direct and in...
Natural variability between instances of unfamiliar faces can make it difficult to reconcile two ima...
& Electrophysiological studies using event-related potentials Joe or not Joe. The critical stimu...
Objectives: An event-related brain potential (ERP) study investigated how different processing stage...
This study investigated whether neural mechanisms of self-face recognition are modulated by attentio...
The neural correlates of face individuation—the acquisition of memory representations for novel face...
The purpose of this study was to disentangle the contribution of episodic-perceptual from pre-existi...
Impoverished images of faces, two-tone Mooney faces, severely impair the ability to recognize to who...
Recognizing unfamiliar faces is more difficult than familiar face recognition, and this has been att...
Human perception of faces is widely believed to rely on automatic processing by a domain-specifi c, ...
The present study used a parametric design to characterize early event-related potentials (ERP) to f...
We examined how the perception of face identity was influenced by prior exposure to a different face...