Previous research has demonstrated that emotional information processing can be modulated by what is being held in working memory (WM). Here, we showed that such content-based WM effects can occur even when the emotional information is suppressed from conscious awareness. Using the delayed-match-to-sample paradigm in conjunction with continuous flash suppression, we found that suppressed threatening (fearful and angry) faces emerged from suppression faster when they matched the emotional valence of WM contents than when they did not. This effect cannot be explained by perceptual priming, as it disappeared when the faces were only passively viewed and not held in WM. Crucially, such an effect is highly specific to threatening faces but not...
In long-term memory (LTM) emotional content may both enhance and impair memory, however, disagreemen...
Emotional stimuli can be processed even when participants perceive them without conscious awareness,...
The anger superiority effect shows that an angry face is detected more efficiently than a happy face...
Does the presence of emotional expression influence visual working memory (WM) capacity for faces? P...
Emotion counter-regulation has been suggested as the core cognitive mechanism of automatic emotion r...
Emotionally arousing stimuli are perceived and remembered better than neutral stimuli. Under threat,...
Threat-relevant stimuli such as fear faces are prioritized by the human visual system. Recent resear...
We are often required to filter out distraction in order to focus on a primary task during which wor...
In visual search tasks, an angry face surrounded by happy faces is more rapidly detected compared wi...
Visual working memory (WM) for face identities is enhanced when faces express negative versus positi...
The human brain has evolved specialised mechanisms to enable the rapid detection of threat cues, inc...
It is a widely observed finding that emotion and anxiety interact; highly stressed or anxious indivi...
Emotional stimuli can be processed even when participants perceive them without conscious awareness,...
In a dual-task paradigm, participants performed a spatial location working memory task and a forced ...
It is well known that facial expressions represent important social cues. In humans expressing facia...
In long-term memory (LTM) emotional content may both enhance and impair memory, however, disagreemen...
Emotional stimuli can be processed even when participants perceive them without conscious awareness,...
The anger superiority effect shows that an angry face is detected more efficiently than a happy face...
Does the presence of emotional expression influence visual working memory (WM) capacity for faces? P...
Emotion counter-regulation has been suggested as the core cognitive mechanism of automatic emotion r...
Emotionally arousing stimuli are perceived and remembered better than neutral stimuli. Under threat,...
Threat-relevant stimuli such as fear faces are prioritized by the human visual system. Recent resear...
We are often required to filter out distraction in order to focus on a primary task during which wor...
In visual search tasks, an angry face surrounded by happy faces is more rapidly detected compared wi...
Visual working memory (WM) for face identities is enhanced when faces express negative versus positi...
The human brain has evolved specialised mechanisms to enable the rapid detection of threat cues, inc...
It is a widely observed finding that emotion and anxiety interact; highly stressed or anxious indivi...
Emotional stimuli can be processed even when participants perceive them without conscious awareness,...
In a dual-task paradigm, participants performed a spatial location working memory task and a forced ...
It is well known that facial expressions represent important social cues. In humans expressing facia...
In long-term memory (LTM) emotional content may both enhance and impair memory, however, disagreemen...
Emotional stimuli can be processed even when participants perceive them without conscious awareness,...
The anger superiority effect shows that an angry face is detected more efficiently than a happy face...