Attention is automatically allocated to stimuli that are opposite in valence to the current motivational focus (Rothermund, 2003; Rothermund, Voss, & Wentura, 2008). We tested whether this incongruency effect is due to affective–motivational counter-regulation or to an increased salience of stimuli that mismatch with cognitively activated information. Affective processing biases were assessed with a search task in which participants had to detect the spatial position at which a positive or negative stimulus was presented. In the motivational condition, positive or negative (...) affective–motivational states were induced by performance feedback after each trial. In the cognitive activation condition, participants memorised the word “good” or “bad” during the search task. The affective incongruency effect was replicated in the motivational condition, whereas an affective congruency effect obtained in the cognitive activation condition. These findings support an explanation of affective incongruency effects in terms of automatic counter-regulation that is motivational in nature. (shrink)

Traditionally irony has been researched as a verbal mode of communicating non-literal meaning. Yet, the extant literal/non-literal meaning oriented research provided conflicting evidence and failed to explain how irony vs. non-irony is processed. The dominant literal/non-literal meaning approach hasn’t accounted for the role of attitudinal non-propositional contents so crucially involved in irony communication and comprehension. Employed to communicate indirectly, on top of non-literal meaning, irony serves to convey implicit attitudes: emotional load non-propositionally attached to the propositional contents. The role of (...) emotional contents implicitly communicated by irony has not been acknowledged in irony research so far. This paper reviews irony and attitude research, focusing on the non-propositional, emotional contents, aiming to bridge the propositional-non-propositional meaning gap in irony research. Neuroimaging and behavioral evidence showing that emotional load profoundly influences communicative contents processing, priming its computation and determining its processing patterns, is presented, and its role for irony processing is highlighted. (shrink)

Emotional information captures attention due to privileged processing. Consequently, performance in cognitive tasks declines. Therefore, shielding current goals fro...

I aim to show that perception depends counterfactually on the action we want to perform. Perception is not all-purpose: what we want to do does influence what we see. After clarifying how this claim is different from the one at stake in the cognitive penetrability debate and what counterfactual dependence means in my claim, I will give a two-step argument: one’s perceptual attention depends counterfactually on one’s intention to perform an action and one’s perceptual processing depends counterfactually on one’s perceptual (...) attention. If we put these claims together, what we get is that one’s perceptual processing depends counterfactually on one’s intention to perform an action. (shrink)

This work "cardiosensitivity, emotion processing and behavior" is concerned with the relevance of interoceptive sensitivity for emotion processing and behavioral control. The first part of the monograph elaborately outlines theoretical models underscoring the importance of somatic markers and bodily signals for feelings, emotion, decision making and behavior. Ongoing insights of emotion research and neuroanatomic fundamentals of emotion processing and visceroception are illustrated based on current neuroscientific results. In the second part of the work these models and findings provide a basis (...) for the examination of the relationship between interoceptive sensitivity and a) emotion processing using paradigms of EEG research, analyzing both the higher-order processing and the rapid, early processing of emotional and neutral, visual stimuli, and b) behavioral control of mental, emotional and physical stress, analyzing behavioral and physiological variables. The results of the studies demonstrated that interoceptive sensitivity is remarkably positively related to the intensity of both higher-order processing of emotional, visual stimuli and early, visual processing of rapidly presented emotional pictures at temporo-occipital brain regions. Behavioral and physiological data from the behavioral studies showed that persons with good interoceptive sensitivity demonstrate a more subtle and cautious behavioral self-control of mental, emotional as well as physical stress than persons with poor interoceptive sensitivity. The findings are discussed within the context of the described models by James and Damasio as well as topical findings from neuroscientific emotion research. Finally, the results are integrated within a detailed survey on future research on interoception. (shrink)

So far, little is known about the neurocognitive mechanisms associated with emotion effects on prospective memory (PM) performance. Thus, this study aimed at disentangling possible mechanisms for the effects of emotional valence of PM cues on the distinct phases composing PM by investigating event-related potentials (ERPs). Participants were engaged in an ongoing N-back task while being required to perform a PM task. The emotional valence of both the ongoing pictures and the PM cues was manipulated (pleasant, neutral, unpleasant). ERPs were (...) recorded during the PM phases, such as encoding, maintenance, and retrieval of the intention. A recognition task including PM cues and ongoing stimuli was also performed at the end of the sessions. ERP results suggest that emotional PM cues not only trigger an automatic, bottom-up, capture of attention, but also boost a greater allocation of top-down processes. These processes seem to be recruited to hold attention towards the emotional stimuli and to retrieve the intention from memory, likely because of the motivational significance of the emotional stimuli. Moreover, pleasant PM cues seemed to modulate especially the prospective component, as revealed by changes in the amplitude of the ERP correlates of strategic monitoring as a function of the relevance of the valence for the PM task. Unpleasant pictures seemed to modulate especially the retrospective component, as revealed by the largest old/new effect being elicited by unpleasant PM pictures in the recognition task. (shrink)