Summary: Many people believe that listening to music while exercising sharpens focus, lifts mood, and boosts mental performance. A recent systematic review and meta-analysis from the University of Jyväskylä challenges that assumption: the benefits are not universal and depend heavily on context.
After reviewing ten experimental studies, the researchers found no consistent evidence that music reliably enhances executive functions (such as attention and inhibitory control) or positive affect during brief exercise sessions. Instead, any benefits appear to be situation-dependent—shaped by exercise intensity, participant characteristics, and study design.
Key Facts
- Inconsistent benefits: Across the pooled studies, music did not produce uniform improvements in cognitive performance or mood during short bouts of exercise.
- Exercise intensity matters: Reported effects of music tended to shrink or disappear as exercise intensity increased.
- Age differences: Trials with older participants showed smaller or negligible responses to music compared with younger groups.
- No single solution: Broad claims that music universally improves mental outcomes during workouts are not supported by the current experimental evidence.
- Need for better studies: The authors emphasize the need for more rigorous, consistent research to identify when and for whom music may be beneficial.
Source: University of Jyväskylä
Background: Music is widely used to enhance the exercise experience. People commonly expect it to increase concentration, reduce perceived effort, or improve mood. This analysis, led by the Centre of Excellence in Music, Mind, Body and Brain at the University of Jyväskylä, tested whether those expectations hold up under experimental conditions.
The review included ten experimental studies that measured how music influenced executive functions—like attention and inhibitory control—and affective responses during short, acute exercise bouts. Nine studies provided the numerical data used for effect-size calculations across 21 intervention arms. The overall pattern of results showed no clear, generalizable advantage from adding music to short exercise sessions.
Rather than uniform improvement, outcomes varied considerably with context. Meta-analytic results found non-significant pooled effects of music on attention allocation, inhibitory control, and core affect. A meta-regression pooling effect sizes indicated that higher exercise intensity and older average participant age were associated with smaller music effects. These factors explained a substantial portion of between-study variance, although substantial unexplained heterogeneity remained.
A descriptive subgroup analysis illustrated a trend of decreasing effect sizes across exercise intensities (reported averages declined from low to moderate to high intensity), but the variability between studies limits how confidently these trends can be generalized.
The authors conclude that the evidence is currently inconclusive: music may influence cognition and emotion during exercise under some conditions—especially at lower intensities and with specific participant groups—but it is not a guaranteed enhancer in all settings.
Dr. Andrew Danso, the study leader, summarized the findings: “Music is often presented as a universal tool to improve the exercise experience. Our synthesis shows the effects are inconsistent and context-dependent—affected by exercise intensity, who is exercising, and how outcomes are measured. Without that context, broad claims about music’s benefits are unsupported.”
The review highlights the need for future research with clearer, standardized methods to determine whether particular music types, personalized selections, or matching of tempo to activity reliably improve cognitive or emotional outcomes during exercise.
Key Questions Answered:
A: Not necessarily. If music makes your workout more enjoyable or helps with pacing and motivation, it still has value. The review simply shows that music does not reliably improve cognitive or affective outcomes across all exercise types, especially during very intense efforts.
A: At high intensity, the body generates strong physiological signals—rapid breathing, increased heart rate, and muscle fatigue—that dominate attention. These internal cues can override any distracting or mood-enhancing effects music might provide.
A: This review searched for general patterns and did not find a universally effective music type. Future work may show benefits for highly personalized playlists, specific tempos, or context-matched selections, but there is no validated “one-size-fits-all” playlist at present.
Editorial Notes:
- This article was edited by a Neuroscience News editor.
- The original journal article was reviewed in full for this summary.
- Additional context was provided by editorial staff to clarify implications and limitations.
About this music, exercise, and mood research news
Author: Reetta Kalliola ([email protected])
Source: University of Jyväskylä
Contact: Reetta Kalliola – University of Jyväskylä
Image credit: Neuroscience News
Original research: Open access. Title: Does music support executive functions and affective responses during acute exercise? A systematic review and meta-analysis. Authors include Andrew Danso and colleagues. DOI: 10.3389/fpsyg.2025.1714707
Abstract
Does music support executive functions and affective responses during acute exercise? A systematic review and meta-analysis
Introduction:
Sustaining a steady pace during running or other activities often relies on executive functions—mental skills that manage attention, control impulses, and regulate emotions. Both music and acute exercise independently influence these cognitive and affective systems, but their combined effects are less well understood.
Methods:
This review examined experimental studies that paired music with short bouts of exercise to measure effects on executive functions and affective responses. Eligible studies were synthesized narratively and pooled in meta-analyses where data permitted.
Results:
Ten studies met inclusion criteria; nine provided extractable effect sizes across 21 intervention arms. Narrative synthesis revealed context-dependent relationships, with some signs of benefits at low-to-moderate intensities. Meta-analyses produced non-significant pooled effects for attention allocation, inhibitory control, and core affect. Meta-regression suggested that higher exercise intensity and older participant age were linked to smaller music effects, though substantial heterogeneity across studies remained.
Discussion:
Overall, the synthesized evidence is inconclusive about whether music reliably supports executive functions or affective responses during acute exercise. The findings point to the importance of exercise intensity, participant characteristics, and rigorous study designs to clarify when music can be expected to help.