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Music Really is a Universal Language

Summary: According to a new study, vocal songs that accompany dance, sooth a child or express love tend to sound similar across different cultures. The findings, researchers note, show consistency with the existence of a universal link between the form and function of vocal music.

Source: Cell Press.

Every culture enjoys music and song, and those songs serve many different purposes: accompanying a dance, soothing an infant, or expressing love. Now, after analyzing recordings from all around the world, researchers reporting in Current Biology on January 25 show that vocal songs sharing one of those many functions tend to sound similar to one another, no matter which culture they come from. As a result, people listening to those songs in any one of 60 countries could make accurate inferences about them, even after hearing only a quick 14-second sampling.

The findings are consistent with the existence of universal links between form and function in vocal music, the researchers say.

“Despite the staggering diversity of music influenced by countless cultures and readily available to the modern listener, our shared human nature may underlie basic musical structures that transcend cultural differences,” says Samuel Mehr (@samuelmehr) at Harvard University.

“We show that our shared psychology produces fundamental patterns in song that transcend our profound cultural differences,” adds co-first author of the study Manvir Singh, also at Harvard. “This suggests that our emotional and behavioral responses to aesthetic stimuli are remarkably similar across widely diverging populations.”

Across the animal kingdom, there are links between form and function in vocalization. For instance, when a lion roars or an eagle screeches, it sounds hostile to naive human listeners. But it wasn’t clear whether the same concept held in human song.

Many people believe that music is mostly shaped by culture, leading them to question the relation between form and function in music, Singh says. “We wanted to find out if that was the case or not.”

In their first experiment, Mehr and Singh’s team asked 750 internet users in 60 countries to listen to brief, 14-second excerpts of songs. The songs were selected pseudo-randomly from 86 predominantly small-scale societies, including hunter-gatherers, pastoralists, and subsistence farmers. Those songs also spanned a wide array of geographic areas designed to reflect a broad sampling of human cultures.

After listening to each excerpt, participants answered six questions indicating their perceptions of the function of each song on a six-point scale. Those questions evaluated the degree to which listeners believed that each song was used (1) for dancing, (2) to soothe a baby, (3) to heal illness, (4) to express love for another person, (5) to mourn the dead, and (6) to tell a story. (In fact, none of the songs were used in mourning or to tell a story. Those answers were included to discourage listeners from an assumption that only four song types were actually present.)

In total, participants listened to more than 26,000 excerpts and provided more than 150,000 ratings (six per song). The data show that, despite participants’ unfamiliarity with the societies represented, the random sampling of each excerpt, their very short duration, and the enormous diversity of this music, the ratings demonstrated accurate and cross-culturally reliable inferences about song functions on the basis of song forms alone.

In a second, follow-up experiment designed to explore possible ways in which people made those determinations about song function, the researchers asked 1,000 internet users in the United States and India to rate the excerpts for three “contextual” features: (1) number of singers, (2) gender of singer(s), and (3) number of instruments. They also rated them for seven subjective musical features: (1) melodic complexity, (2) rhythmic complexity, (3) tempo, (4) steady beat, (5) arousal, (6) valence, and (7) pleasantness.

woman listening to music

The findings are consistent with the existence of universal links between form and function in vocal music, the researchers say. NeuroscienceNews.com image is in the public domain.

An analysis of those data showed that there was some relationship between those various features and song function. But it wasn’t enough to explain the way people were able to so reliably detect a song’s function.

Mehr and Singh say that one of the most intriguing findings relates to the relationship between lullabies and dance songs. “Not only were users best at identifying songs used for those functions, but their musical features seem to oppose each other in many ways,” Mehr says. Dance songs were generally faster, rhythmically and melodically complex, and perceived by participants as “happier” and “more exciting”; lullabies, on the other hand, were slower, rhythmically and melodically simple, and perceived as “sadder” and “less exciting.”

The researchers say they are now conducting these tests in listeners who live in isolated, small-scale societies and have never heard music other than that of their own cultures. They are also further analyzing the music of many cultures to try to figure out how their particular features relate to function and whether those features themselves might be universal.

About this neuroscience research article

Funding: This work was supported by the Harvard University Department of Psychology, the National Science Foundation Graduate Research Fellowship Program, the Harvard College Research Program, ANR – Labex IAST, the Harvard Data Science Initiative, and the National Institutes of Health Director’s Early Independence Award.

Source: Joseph Caputo – Cell Press
Publisher: Organized by NeuroscienceNews.com.
Image Source: NeuroscienceNews.com image is in the public domain.
Original Research: Open access research in Current Biology.
doi:10.1016/j.cub.2017.12.042

Cite This NeuroscienceNews.com Article
Cell Press “Music Really is a Universal Language.” NeuroscienceNews. NeuroscienceNews, 25 January 2018.
<http://neurosciencenews.com/music-universal-language-8370/>.
Cell Press (2018, January 25). Music Really is a Universal Language. NeuroscienceNews. Retrieved January 25, 2018 from http://neurosciencenews.com/music-universal-language-8370/
Cell Press “Music Really is a Universal Language.” http://neurosciencenews.com/music-universal-language-8370/ (accessed January 25, 2018).

Abstract

Form and Function in Human Song

Highlights
•People in 60 countries listened to songs from 86 mostly small-scale societies
•They successfully inferred song functions on the basis of song form alone
•Listener ratings were guided by both contextual and musical features of the songs
•Human song therefore exhibits widespread form-function associations

Summary
Humans use music for a variety of social functions: we sing to accompany dance, to soothe babies, to heal illness, to communicate love, and so on. Across animal taxa, vocalization forms are shaped by their functions, including in humans. Here, we show that vocal music exhibits recurrent, distinct, and cross-culturally robust form-function relations that are detectable by listeners across the globe. In Experiment 1 , internet users (n = 750) in 60 countries listened to brief excerpts of songs, rating each song’s function on six dimensions (e.g., “used to soothe a baby”). Excerpts were drawn from a geographically stratified pseudorandom sample of dance songs, lullabies, healing songs, and love songs recorded in 86 mostly small-scale societies, including hunter-gatherers, pastoralists, and subsistence farmers. Experiment 1 and its analysis plan were pre-registered. Despite participants’ unfamiliarity with the societies represented, the random sampling of each excerpt, their very short duration (14 s), and the enormous diversity of this music, the ratings demonstrated accurate and cross-culturally reliable inferences about song functions on the basis of song forms alone. In Experiment 2 , internet users (n = 1,000) in the United States and India rated three contextual features (e.g., gender of singer) and seven musical features (e.g., melodic complexity) of each excerpt. The songs’ contextual features were predictive of Experiment 1 function ratings, but musical features and the songs’ actual functions explained unique variance in function ratings. These findings are consistent with the existence of universal links between form and function in vocal music.

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