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Research Article

“‘A huge man is bursting out of a rock’”: bodies, motion, and creativity in verbal reports of musical connotation

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Pages 73-86 | Received 03 May 2023, Accepted 11 Jan 2024, Published online: 31 Jan 2024
 

Abstract

The present study proposes a new approach to musical referentiality and its alleged tendency to relate to bodily experience and movement. To address this, we collected a corpus of 38,587 words (2,265 verbal descriptions of ‘associations’ or ‘imagery’ sparked by short musical excerpts by 554 participants from 32 countries). We tested the hypotheses that verbalizations containing clear references to bodies and/or their movement will (1) be prevalent in the data; (2) tend to be more creative than descriptions not containing such references; and (3) display similar underlying image-schematic structures, themselves hypothesized in cognitive linguistics to be a consequence of bodily interactions. Our analysis suggests that (1) descriptions containing references to human or animal bodies or body parts, and to movement, significantly outnumber those not containing such references, with a strong correlation between the invocation of bodies and movement ; (2) descriptions containing references to bodies and movement are deemed more creative by an automated creativity assessment routine than those not containing them; and (3) a qualitative linguistic analysis of the most creative descriptions reveals some embodied, image-schematic similarities beneath outwardly very different verbalizations. These findings suggest that musical meaning, while open-ended, may be partly constrained by tractable principles.

Disclosure statement

No potential conflict of interest was reported by the author(s).

Additional information

Funding

Mihailo Antović was supported by Alexander von Humboldt-Stiftung; Science Fund of the Republic of Serbia: [projectnumber 7715934, "Structuring Concept Generation with the Help of Metaphor, Analogy and Schematicity" - SCHEMAS]. Adrian Kempf and Andrea Schiavio were supported by Austrian Science Fund (FWF): [project number: P 32460].

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