In the everyday environment, affective information is conveyed by both the face and the voice. Studies have demonstrated that a concurrently presented voice can alter the way that an emotional face expression is perceived, and vice versa, leading to emotional conflict if the information in the two modalities is mismatched. Additionally, evidence suggests that incongruence of emotional valence activates cerebral networks involved in conflict monitoring and resolution. However, it is currently unclear whether this is due to task difficulty-that incongruent stimuli are harder to categorize-or simply to the detection of mismatching information in the two modalities. The aim of the present fMRI study was to examine the neurophysiological correla...
Both facial expression and tone of voice represent key signals of emotional communication but their ...
The brain has separate specialized computational units to process faces and voices located in occipi...
We investigated the functional characteristics of brain regions implicated in processing of speech m...
In the everyday environment, affective information is conveyed by both the face and the voice. Studi...
Emotions are often encountered in a multimodal fashion. Consequently, contextual framing by other mo...
In everyday life, emotional information is often conveyed by both the face and the voice. Consequent...
Emotional speech comprises of complex multimodal verbal and non-verbal information that allows deduc...
Facial expressions of emotions are assumed to be processed rapidly and automatically and therefore s...
Integrating emotional information from multiple sensory modalities is generally assumed to be a pre-...
Though we can almost pre-attentively categorize the valence of facial expressions, we experience emo...
Both facial expression and tone of voice represent key signals of emotional communication but their ...
Emotional information can be conveyed by various means of communication, such as propositional conte...
Previous research has shown that redundant information in faces and voices leads to faster emotional...
<div><p>Both facial expression and tone of voice represent key signals of emotional communication bu...
Evaluating multisensory emotional content is a part of normal day-to-day interactions. We used fMRI ...
Both facial expression and tone of voice represent key signals of emotional communication but their ...
The brain has separate specialized computational units to process faces and voices located in occipi...
We investigated the functional characteristics of brain regions implicated in processing of speech m...
In the everyday environment, affective information is conveyed by both the face and the voice. Studi...
Emotions are often encountered in a multimodal fashion. Consequently, contextual framing by other mo...
In everyday life, emotional information is often conveyed by both the face and the voice. Consequent...
Emotional speech comprises of complex multimodal verbal and non-verbal information that allows deduc...
Facial expressions of emotions are assumed to be processed rapidly and automatically and therefore s...
Integrating emotional information from multiple sensory modalities is generally assumed to be a pre-...
Though we can almost pre-attentively categorize the valence of facial expressions, we experience emo...
Both facial expression and tone of voice represent key signals of emotional communication but their ...
Emotional information can be conveyed by various means of communication, such as propositional conte...
Previous research has shown that redundant information in faces and voices leads to faster emotional...
<div><p>Both facial expression and tone of voice represent key signals of emotional communication bu...
Evaluating multisensory emotional content is a part of normal day-to-day interactions. We used fMRI ...
Both facial expression and tone of voice represent key signals of emotional communication but their ...
The brain has separate specialized computational units to process faces and voices located in occipi...
We investigated the functional characteristics of brain regions implicated in processing of speech m...