The aim of this review is to highlight the most relevant contributions on dance in neuroscientific research. Neuroscience has analyzed the mirror system through neuroimaging techniques, testing its role in imitative learning, in the recognition of other people's emotions and especially in the understanding of the motor behavior of others. This review analyses the literature related to five general areas: breakthrough studies on the mirror system, and subsequent studies on its involvement in the prediction, the execution, the control of movement, (...) and in the process of “embodied simulation” within the intersubjective relationship; research focused on investigating the neural networks in action observation, and the neural correlates of motor expertise highlighted by comparative studies on different dance styles; studies dealing with the viewer's experience of dance according to specific dance repertoires, which revealed the relevance of choreographic choices for aesthetic appreciation; studies focused on dance as an aesthetic experience, where both the emotional and the cultural dimension play a significant role, and whose investigation paves the way to further progress both in empirical and in phenomenological research methodologies; collaboration-based experiments, in which neuroscientists and choreographers developed expertise-related questions, especially focusing on the multiple phenomena that underlie motor imagery. (shrink)

Vocal bursts are non-linguistic affectively-laden sounds with a crucial function in human communication, yet their affective structure is still debated. Studies showed that ratings of valence and arousal follow a V-shaped relationship in several kinds of stimuli: high arousal ratings are more likely to go on a par with very negative or very positive valence. Across two studies, we asked participants to listen to 1,008 vocal bursts and judge both how they felt when listening to the sound (i.e. core affect (...) condition), and how the speaker felt when producing it (i.e. perception of affective quality condition). We show that a V-shaped fit outperforms a linear model in explaining the valence-arousal relationship across conditions and studies, even after equating the number of exemplars across emotion categories. Also, although subjective experience can be significantly predicted using affective quality ratings, core affect scores are significantly lower in arousal, less extreme in valence, more variable between individuals, and less reproducible between studies. Nonetheless, stimuli rated with opposite valence between conditions range from 11% (study 1) to 17% (study 2). Lastly, we demonstrate that ambiguity in valence (i.e. high between-participants variability) explains violations of the V-shape and relates to higher arousal. (shrink)

Riassunto: In letteratura è nota la tendenza delle persone a punire i comportamenti sleali, anche nel caso in cui tali comportamenti non li riguardino direttamente, e tale punizione possa implicare un costo personale. Sono stati individuati differenti comportamenti di punizione: la punizione altruistica, la punizione di comportamenti sleali ; l’altruismo parrocchiale, la tendenza attraverso la punizione a proteggere e favorire, anche senza alcun guadagno personale, i membri del proprio gruppo a scapito di quelli di altri gruppi, e la punizione antisociale, (...) la punizione a proprio costo di comportamenti di tipo leale, cooperativo. Recentemente l’interesse scientifico nell’ambito delle neuroscienze si è orientato sui processi neuronali coinvolti nei comportamenti di cooperazione e punizione modulati dai propri o differenti contesti di appartenenza di gruppo. Studi recenti hanno indagato non soltanto le differenze comportamentali, ma anche i correlati neurali sottostanti i processi di punizione di comportamenti sleali, che possono violare la cooperazione nei diversi contesti di gruppo. Studi comportamentali mostrano come la punizione di un comportamento sleale si verifichi in differenti contesti di gruppo. Recenti ricerche relative ai correlati neurali evidenziano, durante questo tipo di comportamento, il reclutamento delle aree del reward, del sistema della gratificazione. Esso, quindi, potrebbe rivestire un ruolo centrale nella motivazione e gratificazione della punizione di un comportamento sleale. Parole chiave: Punizione altruistica; Altruismo parrocchiale; Punizione antisociale; Contesti Ingroup e Outgroup; fMRI Punishment and Cooperation in Ingroup and Outgroup Context: The tendency of people to punish unfair behavior, even when this behavior does not directly affect them, or the punishment implies a personal cost, has been reported in the literature. Different types of punishment have been identified: altruistic punishment, the punishment of unfair behaviour; parochial altruism, the tendency to use punishment to protect and favor members of one’s group at the expense of members of other groups, even when it involves no personal gain; and anti-social punishment, punishment of loyal or cooperative behaviors which entails a personal cost. Recently, research in neuroscience has focused on how neuronal processes involved in cooperation and punishment behaviors may be modulated across different personal and group membership contexts. Recent studies have investigated not only behavioral differences, but also the neural correlates of punishing unfair behaviors, which may violate the principle of cooperation in certain group contexts. Behavioral studies show how the punishment of unfair behavior occurs in different group settings. Recent research into the neural correlates of punishment shows the recruitment of the reward areas and the gratification system, suggesting these play a central role in motivation and gratification for punishment of unfair behavior. Keywords: Altruistic Punishment; Parochial Altruism; Antisocial Punishment; Ingroup and Outgroup Settings; fMRI. (shrink)

The new normal has made social distancing a new way of experiencing sociality. Social neuroscience has for a long time been concerned with studying the beneficial effects of social relationships, of physical contact. It is known that physical contact activates neurophysiological processes that reduce the perception of discomfort and even physical pain. So in the absence of physical contact, our social brain may be modulated differently when we are with others. But what could be the long-term effects of this normality? (...) This mini-review focuses on highlighting with the support of social neuroscience evidence such as isolation, distancing can affect people’s health. (shrink)