北印度古典音乐中增加小调音程对皮质源和情绪反应的功能影响。

IF 1.8 Q4 NEUROSCIENCES
Abhisek Sahoo, Prashant Tayade, Suriya Prakash Muthukrishnan, Simran Kaur, Ratna Sharma
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引用次数: 0

摘要

背景:北印度古典音乐拉格乐唤起独特的情感反应,由其调性结构塑造。先前对西方音乐的研究表明,小调和大调音程影响情感价和神经活动,但在印度背景下的类似研究是有限的。目的:本研究旨在探讨北印度古典音乐中小调与大调音程(m/ m调性比)的增加对大脑皮层源和情绪反应的影响。方法:30名健康受试者一边听四首ragas-Bilawal (M1)、Yaman (M2)、Puriya Kalyan (M3)和Todi (M4),一边进行脑电图记录。使用GEMS-25和自我评估模型(SAM)量表评估情绪反应。拉格乐被选择来代表上升的m/ m音调比率。结果:具有较高比例的大音程(如Bilawal)的拉格乐引发了积极的情绪,如快乐和平静,伴随着广泛的皮质激活,特别是在与情绪处理和音乐熟悉相关的区域。相反,随着小音程的增加(例如,Todi), ragas会诱发消极情绪,如悲伤和紧张,并减少大脑皮层的参与。Raga Todi与静息状态EEG偏差最小,与低唤醒和负效相关。脑电图分析显示,在双侧拉拉尔过程中,涉及声音处理和默认模式网络的区域激活增强,随着m/ m比率的增加,亚曼人、普里亚·卡利亚人和托迪人的声音处理和默认模式网络的激活逐渐减弱。结论:小调与大调的调性比例对印度古典音乐的情绪和大脑皮层反应具有显著调节作用。增加小音程会减少大脑皮层的接触,引起消极的情感状态。这些发现不仅反映了在西方音乐中观察到的趋势,而且还强调了ragas在情绪调节和精神健康方面的文化和治疗潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Functional Impact of Increasing Minor Intervals in North Indian Classical Music on Cortical Sources and Emotional Responses.

Background: North Indian classical music ragas evoke distinct emotional responses, shaped by their tonal structures. Prior studies on Western music have shown that minor and major intervals influence affective valence and neural activity, but similar research in the Indian context is limited.

Purpose: This study aimed to investigate how increasing minor-to-major intervals (m/M tonal ratios) in North Indian classical music affect cortical sources and emotional responses.

Methods: Thirty healthy participants listened to four ragas-Bilawal (M1), Yaman (M2), Puriya Kalyan (M3), and Todi (M4)-while undergoing EEG recording. Emotional responses were assessed using the GEMS-25 and self-assessment manikin (SAM) scales. The ragas were selected to represent ascending m/M tonal ratios.

Results: Ragas with higher proportions of major intervals (e.g., Bilawal) elicited positive emotions such as joy and calmness, accompanied by widespread cortical activation, particularly in areas associated with emotional processing and musical familiarity. In contrast, ragas with increasing minor intervals (e.g., Todi) induced negative affect such as sadness and tension, with reduced cortical engagement. Raga Todi showed minimal deviation from resting-state EEG, correlating with low arousal and negative valence. EEG analysis revealed heightened activation in areas involved in acoustic processing and the Default Mode Network during Bilawal, which progressively declined across Yaman, Puriya Kalyan, and Todi as the m/M ratio increased.

Conclusion: The minor-to-major tonal ratio significantly modulates emotional and cortical responses in Indian classical music. Increasing minor intervals reduces cortical engagement and evokes negative affective states. These findings not only mirror trends observed in Western music but also highlight the cultural and therapeutic potential of ragas in emotional regulation and mental well-being.

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来源期刊
Annals of Neurosciences
Annals of Neurosciences NEUROSCIENCES-
CiteScore
2.40
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39
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