Eerola Tuomas, Saari Pasi
Department of Music, Durham University, Durham, United Kingdom.
Department of Music, Arts and Culture, University of Jyväskylä, Jyväskylä, Finland.
PLoS One. 2025 Jan 22;20(1):e0313502. doi: 10.1371/journal.pone.0313502. eCollection 2025.
Music is assumed to express a wide range of emotions. The vocabulary and structure of affects are typically explored without the context of music in which music is experienced, leading to abstract notions about what affects music may express. In a series of three experiments utilising three separate and iterative association tasks including a contextualisation with typical activities associated with specific music and affect terms, we identified the plausible affect terms and structures to capture the wide range of emotions expressed by music. The first experiment produced a list of frequently nominated affect terms (88 out of 647 candidates), and the second experiment established and confirmed multiple factor structures, ranging from 21, to 14, and 7 dimensions. The third experiment compared the terms with external datasets looking at discrete emotions and emotion dimensions, which verified the 7-factor structure and identified a compact 4-factor structure. These structures of affects expressed by music did not conform to music-induced emotion structures, nor could they be explained by basic emotions or affective circumplex. The established affect structures were largely positive and contained concepts such as "romantic" and "free", and terms such as "in love", "dreamy", and "festive" that have rarely featured in past research.
人们认为音乐能表达各种各样的情感。情感的词汇和结构通常是在没有音乐体验背景的情况下进行探索的,这导致了关于音乐可能表达何种情感的抽象概念。在一系列三个实验中,我们利用了三个独立且迭代的联想任务,包括将特定音乐与典型活动以及情感术语进行情境化,从而确定了合理的情感术语和结构,以捕捉音乐所表达的广泛情感。第一个实验生成了一份经常被提及的情感术语列表(647个候选术语中的88个),第二个实验建立并确认了多种因素结构,维度从21维到14维再到7维。第三个实验将这些术语与研究离散情感和情感维度的外部数据集进行比较,验证了7因素结构,并确定了一个紧凑的4因素结构。这些音乐所表达的情感结构既不符合音乐引发的情感结构,也无法用基本情感或情感环状模型来解释。所确定的情感结构在很大程度上是积极的,包含了诸如“浪漫的”和“自由的”等概念,以及“恋爱中”、“梦幻的”和“喜庆的”等在以往研究中很少出现的术语。