"The social neuroscience of music: Understanding the social brain through human song": Correction to Greenberg et al. (2021).

Reports an error in "The social neuroscience of music: Understanding the social brain through human song" by David M. Greenberg, Jean Decety and Ilanit Gordon (, 2021[Oct], Vol 76[7], 1172-1185). In the article, the authors highlight the role of oxytocin in music listening and production. Although there are decades of social neuroscience research supporting the social implications of oxytocin secretion in nonmusical settings, the implications of oxytocin in musical settings remain emergent. for example, although there is indeed evidence that group music making increases oxytocin (e.g., Good & Russo, 2021), there are exceptions that show that oxytocin can decrease (e.g., Fancourt et al., 2016). In the second paragraph of the Neurobiological Candidates section and the third paragraph of the Proposed Model section, the authors note these exceptions and add additional citations in support of the modulation of both oxytocin and cortisol. They also correct their citation of Schladt et al. (2017), whom they had incorrectly cited as showing an increase in oxytocin when their results showed a decrease. The online version of this article has been corrected. (The following abstract of the original article appeared in record 2021-55326-001.) During the COVID-19 pandemic, we have seen that people can adapt quickly to ensure that their social needs are met after being forced to isolate and socially distance. Many individuals turned immediately to music, as evidenced by people singing from balconies, watching live concerts on social media, and group singing online. In this article, we show how these musical adaptations can be understood through the latest advances in the social neuroscience of music-an area that, to date, has been largely overlooked. By streamlining and synthesizing prior theory and research, we introduce a model of the brain that sheds light on the social functions and brain mechanisms that underlie the musical adaptations used for human connection. We highlight the role of oxytocin and the neurocircuitry associated with reward, stress, and the immune system. We show that the social brain networks implicated in music production (in contrast to music listening) overlap with the networks in the brain implicated in the social processes of human cognition-mentalization, empathy, and synchrony-all of which are components of herding; moreover, these components have evolved for social affiliation and connectedness. We conclude that the COVID-19 pandemic could be a starting point for an improved understanding of the relationship between music and the social brain, and we outline goals for future research in the social neuroscience of music. In a time when people across the globe have been unable to meet in person, they have found a way to meet in the music. (PsycInfo Database Record (c) 2022 APA, all rights reserved).