Body mapping links our responses to music with their degree of uncertainty and surprise
CELL PRESS
VIDEO:
BODILY MAP OF MUSICAL CHORD PROGRESSIONS
view moreCREDIT: ISCIENCE/DAIKOKU ET AL.
Music holds an important place in human culture, and we’ve all felt the swell of emotion that music can inspire unlike almost anything else. But what is it exactly about music that can bring on such intense sensations in our minds and bodies? A new study reported in the journal iScience on April 4 has insight from studies that systematically examine the way perception of unique musical chords elicits specific bodily sensations and emotions.
“This study reveals the intricate interplay between musical uncertainty, prediction error, and temporal dynamics in eliciting distinct bodily sensations and emotions,” says Tatsuya Daikoku of The University of Tokyo. “More specifically, we found that prediction and uncertainty affect heart and abdominal sensations.”
In the study, the researchers asked 527 participants to map where they felt sensations in their bodies and the emotions they had while listening to musical chord progressions that varied in their predictability. They wanted to better understand how chord progressions are embodied and how they give rise to emotional experience. They especially wanted to learn what types of musical chords generate sensations in the heart and stomach and the emotions that go with them.
The authors suspected that uncertainty and surprise in music might play an important role. To find out, they generated 92 unique chord progressions, with varying degrees of uncertainty and surprise. Participants heard 8 chord types in random order and were asked to respond within 10 seconds with clicks to positions on a body onscreen where they felt the chords. They also were asked about how the chords made them feel emotionally.
The data showed that certain chord progressions sparked sensations in the heart while others were felt more in the stomach. Those sensations in the body also were associated with a person’s aesthetic appreciation and positive feelings about the chords they’d just heard. The evidence also supported a link between uncertainty and surprise as important elements in eliciting those bodily sensations and emotional responses.
The study also found that different types of chord progressions elicited distinct emotions. For instance, certain chords evoked aesthetic appreciation, leading to a decline in negative emotions of awkwardness and anxiety. More predictable chord progressions brought on feelings of calmness, relief, satisfaction, nostalgia, and empathy, they report.
Based on their findings, the researchers propose that the emotions and sensations inspired by music are linked to musical interoception, meaning all the senses coming from your body. They further suggest that this experience is linked to mental well-being. In future studies, they hope to explore how the maps of bodily sensations they’ve uncovered relate to a person’s physiological responses, such as changes in heart rate, to music.
Music clip used to produce body maps ("g2_sLuL_sHuL_4", see more at https://osf.io/cyqhd/)
CREDIT
iScience/Daikoku et al.
This research was supported by the Japan Science and Technology Agency (JST) Moonshot Goal 9.
iScience, Daikoku et al. “Bodily Maps of Uncertainty and Surprise in Musical Chord Progression and the Underlying Emotional Response” https://cell.com/iscience/fulltext/S2589-0042(24)00719-3
iScience (@iScience_CP) is an open-access journal from Cell Press that provides a platform for original research and interdisciplinary thinking in the life, physical, and earth sciences. The primary criterion for publication in iScience is a significant contribution to a relevant field combined with robust results and underlying methodology. Visit http://www.cell.com/iscience. To receive Cell Press media alerts, contact press@cell.com.
JOURNAL
iScience
METHOD OF RESEARCH
Experimental study
SUBJECT OF RESEARCH
People
ARTICLE TITLE
Bodily Maps of Uncertainty and Surprise in Musical Chord Progression and the Underlying Emotional Response
ARTICLE PUBLICATION DATE
4-Apr-2024
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