Vocal similarity theory and the biology of musical tonality.

Vocal similarity theory and the biology of musical tonality.
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DOI:
10.1016/j.plrev.2023.05.006
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发表时间:
2023-09
影响因子:
11.7
通讯作者:
Bowling, Daniel L.
Bowling, Daniel L.
中科院分区:
生物学2区
文献类型:
--
作者:
Bowling, Daniel L.

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Di Stefano,Vuust和Braticco对协和研究的描述提供了一个信息丰富的概述,将历史洞察力的深度带到了前面,并提出了一个组织当前假设和未来方向的方案(Di Stefano等人,2022年)。在表达的许多想法中,作者强调了简单的整数调音比率在我们对音乐音调的理解中的持续相关性。这是一个在现代话语中经常被忽视的重要问题。虽然简单的整数比率通过精确地坚持毕达哥拉斯理想而获得其吸引力的想法早已被抛弃,并且12音等律被世界各地的人类大脑所享受,并且这些比率在人类音乐音调中所有可能的音调关系的空间中仍然是基本的“吸引子”。相关神经生理学的综述。特别地,关于听觉粗糙度的现代工作已经显示了它如何能够通过同步大规模超模态神经回路来支配感知和捕获大脑活动(Arnal等人,2019年)。同时,生物声学分析已经将听觉粗糙度置于哺乳动物发声的背景下,证明了它是如何由置于高速率声门流下的声带的混沌振动引起的(Arnal等人,2015; Fitch等人,2002年)。最后,行为学家将听觉粗糙度与紧张唤醒的表达相关联,特别是在攻击性的表达中(Taffou等人,2021年; Tsai等人,2010年)。Di Stefano等人将这些观点结合在一起,为不和谐音调组合中听觉粗糙度的厌恶性质提供了生物学原理,该原理建立在亥姆霍兹的基本证明(亥姆霍兹,1885)的基础上,以创建与声乐相似性理论完全一致的不和谐的声乐/生物学解释(见下文,和Bowling,2021)。
Di Stefano, Vuust, and Braticco’s account of consonance research provides an informative overview, bringing the depth of historical insight to the fore and proposing a scheme for organizing current hypotheses and future directions (Di Stefano et al., 2022). Among the many ideas expressed, the authors emphasize the continuing relevance of simple integer tuning ratios in our understanding of musical tonality. This is an important point that has often been overlooked in modern discourse. Although the idea that simple integer ratios gain their allure by precise adherence to Pythagorean ideals has long been abandoned and 12-tone equal temperament is enjoyed by human brains everywhere and these ratios remain fundamental “attractors” in the space of all possible tone relationships in human musical tonality.A second important point comes from Di Stefano et al.’s review of relevant neurophysiology. In particular, modern work on auditory roughness has shown how it can dominate perception and capture brain activity by synchronizing large-scale supramodal neural circuitry (Arnal et al., 2019). At the same time, bioacoustic analysis has put auditory roughness in the context of mammalian vocalization, demonstrating how it results from chaotic vibration of vocal folds placed under high rates of glottal flow (Arnal et al., 2015; Fitch et al., 2002). Finally, ethologists have associated auditory roughness with expressions of strained arousal, particularly in expressions of aggression (Taffou et al., 2021; Tsai et al., 2010). Di Stefano et al. bring these perspectives together to provide a biological rationale for the aversive nature of auditory roughness in dissonant tone combinations that builds on Helmholtz’s fundamental demonstrations (Helmholtz, 1885), to create a vocal/biological account of dissonance that is fully consistent with vocal similarity theory (see below, and Bowling, 2021).
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