📄 social_science

Cross-cultural variation in emotional coherence during music listening

This study investigates cross-cultural differences in emotional coherence between subjective experience and physiological responses during music listening, finding that Western participants generally exhibit higher coherence than Eastern participants, particularly in response to negative music.

Original authors: Cen Cong

Published 2026-07-06

📖 4 min read☕ Coffee break read

CC BY 4.0

Original authors: Cen Cong

Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). ✨ This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer

Imagine your emotions are like a radio station. Usually, when you hear a sad song, your brain (the "feeling" station) says, "I'm sad," and your body (the "wiring" station) sends a signal like a shiver or a sweaty palm to match that feeling. Scientists call this emotional coherence—when your mind and your body are singing the same tune.

But what if your culture acts like a different radio frequency? Does a sad song make a person from the East feel and react the same way as a person from the West?

This study, conducted by Cen Cong at Newcastle University, tried to find out by putting headphones on 43 people (some with Eastern cultural backgrounds, some with Western) and playing them classical music. Here is what happened, explained simply:

The Experiment: The Music Test

The researchers played two types of music:

Happy Music: A bright, fast piece by Bach.
Sad Music: A slow, heavy piece by Elgar.

While the music played, they did two things:

Asked the Mind: They asked participants to rate how happy or sad they felt (like turning a dial from 1 to 9).
Checked the Body: They stuck sensors on their fingers to measure skin conductance. Think of this like a "sweat meter." When you get excited or stressed, your skin gets slightly more conductive (like a tiny electrical spark). This is an automatic reaction you can't really fake.

What They Found

1. The "Mind" Reacted Differently
When the sad music played, the Eastern participants felt a much bigger drop in happiness than the Western participants. It was as if the sad music hit them harder emotionally.

The Analogy: Imagine two people watching a sad movie. The Eastern listener might feel like they are in the movie, crying deeply. The Western listener might feel the sadness, but it's like watching the movie from a slightly more comfortable distance.

2. The "Body" Stayed Quiet (for the Eastern Group)
Here is where it gets interesting. Even though the Eastern participants said they felt very sad (a big change in their mind), their fingers didn't show much change in the "sweat meter."

The Analogy: It's like a person who is screaming internally but has a poker face. Their mind is shouting, "This is terrible!" but their body is acting calm.
In contrast, the Western participants showed a better match. When they said they felt more excited or emotional, their bodies actually reacted with more "sweat" signals. Their mind and body were more in sync.

3. The "Coupling" Gap
The study looked at how well the "Mind" and "Body" talked to each other.

Western Group: High connection. When they felt a change, their body usually felt it too.
Eastern Group: Low connection. They felt a huge emotional shift, but their body didn't always follow suit.
The Analogy: Think of the Western group as a well-tuned orchestra where the violins (mind) and drums (body) play together perfectly. The Eastern group was like an orchestra where the violins are playing a loud, dramatic solo, but the drums are barely tapping along.

Why Does This Happen?

The paper suggests this might be due to cultural rules on how to handle feelings.

In many Eastern cultures, there is a strong value on keeping social harmony and not making a scene. This might lead people to "suppress" their outward physical reactions (like holding back a gasp or a sweat response) even when they feel the emotion strongly inside.
The researchers also noted that familiarity with the music mattered. People who knew the songs better had stronger physical reactions, regardless of their culture. It's like hearing a song you love; your body reacts more because the memory is clearer.

The Bottom Line

This study doesn't say one culture is "better" at feeling emotions. Instead, it shows that culture changes the relationship between what we feel and how our bodies show it.

Westerners in this study showed a tight link between feeling and physical reaction.
Easterners felt just as deeply (sometimes more so), but their bodies didn't always show it in the same way, possibly because they are used to managing or hiding those physical signs.

The main takeaway is that when scientists study emotions, they can't just assume everyone reacts the same way. Culture is a powerful filter that shapes not just what we feel, but how our bodies express (or hide) those feelings.

Technical Summary: Cross-cultural variation in emotional coherence during music listening

Problem Statement
Emotional coherence—the coordinated alignment between subjective experience, physiological activation, and behavioral expression—is a central concept in emotion research. However, empirical evidence regarding the consistency of this coherence is mixed, and the influence of culture on this phenomenon remains poorly understood. A critical assumption in experimental emotion research is that stimuli validated in one cultural context retain validity in another; yet, constructivist theories suggest that emotional meaning is actively constructed based on culturally acquired conceptual frameworks. While music is a potent tool for inducing emotions, and physiological responses to low-level acoustic features may be universal, subjective valence and arousal are likely shaped by cultural learning. This study addresses the gap in understanding how Eastern and Western cultural backgrounds influence the coupling between self-reported emotional states and autonomic physiological reactivity during music listening.

Methodology
The study recruited 43 participants from Newcastle University, categorized into Eastern ( $n=30$ ) and Western ( $n=13$ ) groups based on native language as a proxy for cultural background. Participants were randomly assigned to listen to either positively valenced (Bach's Brandenburg Concerto No. 2) or negatively valenced (Elgar's Cello Concerto in E minor) classical music excerpts.

Physiological Measurement: Autonomic arousal was continuously monitored using electrodermal activity (skin conductance response, SCR) recorded via the Mindfield eSense sensor at 5Hz. Data included tonic skin conductance levels (SCL) and phasic SCRs per minute, baseline-corrected against a 4-minute fixation period.
Subjective Measurement: Emotional states were assessed using the 9-point Self-Assessment Manikin (SAM) scale, measuring valence and arousal at three time points: baseline (pre-music), immediately post-music, and post-second fixation.
Procedure: The session involved a baseline period, music exposure (two consecutive 3-minute excerpts), and post-exposure ratings. Music familiarity was also assessed.
Statistical Analysis: Due to non-normality in some variables, the study employed Aligned Rank Transform (ART) ANOVA to analyze differences in valence and arousal changes ( $VAL_d$ , $ARO_d$ ) and SCR changes ( $SCR_{total\_c}$ ) across Culture and Music groups. Spearman rank-order correlations and Fisher's Z transformations were used to examine the coupling between subjective arousal and physiological responses.

Key Results

Stimulus Validity: Paired-samples t-tests confirmed that the selected music stimuli successfully induced significant changes in both valence and arousal ratings across all participants.
Subjective Emotional Responses (RQ1): ART ANOVA revealed a significant interaction between Culture and Music group for both valence changes ( $p = .017$ ) and arousal changes ( $p = .033$ ). Eastern participants demonstrated greater sensitivity to the emotional valence of the stimuli, showing steeper changes in valence ratings (particularly for negative music) compared to Western participants, whose responses were flatter.
Physiological Reactivity (RQ2): No significant main effects of Culture or Culture × Music interaction were found for skin conductance changes ( $SCR_{total\_c}$ ). While the positive music group showed higher overall SCR than the negative group, this effect was marginal in sensitivity analyses.
Emotional Coherence (RQ3): The study observed a pattern where Western participants exhibited stronger alignment between subjective arousal and physiological SCR compared to Eastern participants. Specifically, Eastern participants reported high increases in subjective arousal during negative music conditions but showed minimal corresponding changes in SCR. While Fisher's Z tests did not find statistically significant differences in coupling strength between groups, the descriptive data suggested lower coherence in the Eastern group.
Familiarity: Music familiarity scores were low overall and did not differ significantly between cultural groups. However, a significant positive correlation was found between familiarity and SCR across all participants, suggesting familiar music elicits stronger physiological responses.

Key Contributions

Cultural Moderation of Coherence: The study provides preliminary evidence that culture moderates the relationship between subjective emotional experience and physiological activation. It challenges the assumption of universal emotional coherence by highlighting a potential misalignment in Eastern participants, particularly under negative emotional conditions.
Methodological Insight: The research underscores the importance of treating culture as a variable in emotion research design. It demonstrates that even with non-verbal stimuli (SAM scale) and standardized classical music, cultural background significantly alters the trajectory of emotional responses.
Physiological Suppression/Reappraisal: The observed pattern in Eastern participants (high subjective arousal, low physiological response) suggests the potential influence of culturally specific emotion regulation strategies, such as expressive suppression or cognitive reappraisal, which may decouple subjective experience from autonomic output.

Significance and Claims
The paper claims to offer preliminary evidence that culture plays a differential role in shaping emotion regulation and the coherence between physiological and subjective systems. It highlights that the assumption of stimulus validity across cultures may be flawed, as the same musical stimuli induce different patterns of emotional coherence in Eastern versus Western listeners. The authors emphasize the necessity of including cultural variables in study designs and reporting cultural diversity to improve the validity of findings in increasingly multicultural societies. The study modestly concludes that while statistical significance in coupling differences was not reached, the observed patterns warrant further investigation with larger, more balanced samples to fully understand the role of culture in music-induced emotional coherence.

The Experiment: The Music Test

What They Found

Why Does This Happen?

The Bottom Line

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