Competing perspectives on the nature of emotion are illustrated with latent and emergent variable models. Latent variable models draw from classical test theory, assuming that the measured indicators of emotion covary by virtue of some common executive, organizing neural circuit or network in the brain. By contrast, emergent variable models draw from a theory-driven, operational definition tradition, positing that emotions do not cause, but rather are caused by, the measured indicators of emotion, assuming no executive neural circuit or network, and (...) requiring no covariation among indicators. I suggest that the emergent variable model may be more compatible with the extant literature on the nature of emotion, especially in the age of affective neuroscience. (shrink)

High-quality social relationships predict a range of positive health outcomes, but no broadly accepted theory can explain the mechanisms of action in this area. The central argument of this article is that affective science can provide keys for integrating the diverse array of theoretical models concerning relationships and health. From nine prominent theories, we cull four components of relational affect that link social resources to health-related outcomes. This component model holds promise for integrating research from the different theoretical perspectives and (...) for generating new, mechanistic questions about the connection between relationships and health. The article closes by outlining three empirical study ideas that illustrate ways in which the different components can be studied together in the context of mechanism-focused research. (shrink)

Infantile physical morphology—marked by its “cuteness”—is thought to be a potent elicitor of caregiving, yet little is known about how cuteness may shape immediate behavior. To examine the function of cuteness and its role in caregiving, the authors tested whether perceiving cuteness can enhance behavioral carefulness, which would facilitate caring for a small, delicate child. In 2 experiments, viewing very cute images (puppies and kittens)—as opposed to slightly cute images (dogs and cats)—led to superior performance on a subsequent fine-motor dexterity (...) task (the children’s game “Operation”). This suggests that the human sensitivity to those possessing cute features may be an adaptation that facilitates caring.. (shrink)

The commentaries by Rimé and Scherer underscore and extend many of the central themes discussed in our target article. This response filters the commentaries through the lens of our review article and highlights the core idea that relationships provide a vital context for the types of emotional responding outlined in the commentaries, including the social sharing of emotion as well as the link between emotional competence and physical health.

Empathy is the combined ability to interpret the emotional states of others and experience resultant, related emotions. The relation between prefrontal electroencephalographic asymmetry and emotion in children is well known. The association between positive emotion (assessed via parent report), empathy (measured via observation), and second-by-second brain electrical activity (recorded during a pleasurable task) was investigated using a sample of one hundred twenty-eight 6- to 10-year-old children. Contentment related to increasing left frontopolar activation (p < .05). Empathic concern and positive empathy (...) related to increasing right frontopolar activation (ps < .05). A second form of positive empathy related to increasing left dorsolateral activation (p < .05). This suggests that positive affect and (negative and positive) empathy both relate to changes in prefrontal activity during a pleasurable task. (shrink)

In the 16th century Bruno asserted that the earth revolves around the sun. This notion violated the Catholic Church's teaching that the earth was the center of the universe, and his suggestion proved he was a heretic. He was promptly burned at the stake. One hundred years later Galileo said the same thing, and provided evidence. He was forced to recant his views, but he gave the world telescopes so that people could learn for themselves. Today, his assertion is held (...) to be fact with little excitement. Many academics live with a myth of protection; that the pursuit of science, conducted ethically and with methodological rigor, is protected from the slings and arrows of outrageous fortune. Jim Coan's perspective on his experience while an undergraduate student at the University of Washington is important because it sheds light on an unsettling reality; Scientists pursuing unpopular science are no more shielded from attack from scientists and academicians than anyone else. It is particularly worth noting how unpopular science can be attacked in the name of ethics. Although we may be no more enthusiastic about the specific content of the findings than others, ethical academicians and scientists defend unpopular scientific endeavors from attacks leveled on ethical grounds. (shrink)

In the 16th century Bruno asserted that the earth revolves around the sun. This notion violated the Catholic Church's teaching that the earth was the center of the universe, and his suggestion proved he was a heretic. He was promptly burned at the stake. One hundred years later Galileo said the same thing, and provided evidence. He was forced to recant his views, but he gave the world telescopes so that people could learn for themselves. Today, his assertion is held (...) to be fact with little excitement. Many academics live with a myth of protection; that the pursuit of science, conducted ethically and with methodological rigor, is protected from the slings and arrows of outrageous fortune. Jim Coan's perspective on his experience while an undergraduate student at the University of Washington is important because it sheds light on an unsettling reality; Scientists pursuing unpopular science are no more shielded from attack from scientists and academicians than anyone else. It is particularly worth noting how unpopular science can be attacked in the name of ethics. Although we may be no more enthusiastic about the specific content of the findings than others, ethical academicians and scientists defend unpopular scientific endeavors from attacks leveled on ethical grounds. (shrink)

In this article I respond to commentaries of my review of latent versus emergent variable models of emotion. I note that Ross Buck’s view of emotion as stated in his commentary largely endorses an emergent variable model. Drawing from Dynamical Systems Theory, Camras frames the emergent variable model as softly-assembled attractor states. This implies that emotions are “fuzzy sets” of indicators that vary in the degree to which they indicate an emergent emotional state. Calvo offers affective computing as a method (...) of evaluating indicators according to their incremental contribution to predicting human emotional responses. This innovative perspective holds a great deal of promise. Ultimately, I hope that this discussion has contributed to the field's understanding of emotion and emotional processes. (shrink)