Using “big data” from sensors worn continuously outside the lab, researchers have observed patterns of objective physiology that challenge some of the long-standing theoretical concepts of emotion and its measurement. One challenge is that emotional arousal, when measured as sympathetic nervous system activation through electrodermal activity, can sometimes differ significantly across the two halves of the upper body. We show that traditional measures on only one side may lead to misjudgment of arousal. This article presents daily life and controlled study (...) data, as well as existing evidence from neuroscience, supporting the influence of multiple emotional substrates in the brain causing innervation on different sides of the body. We describe how a theory of multiple arousals explains the asymmetric EDA findings. (shrink)

We disagree with Juslin & Vll's (J&V's) thesis that music-evoked emotions are indistinguishable from other emotions in both their nature and underlying mechanisms and that music just induces some emotions more frequently than others. Empirical evidence suggests that frequency differences reflect the specific nature of music-evoked emotions: aesthetic and reactive rather than utilitarian and proactive. Additional mechanisms and determinants are suggested as predictors of emotions triggered by music.

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)