Music, mood and performance

A 2020 meta-analysis of 139 exercise and sport studies found beneficial average associations for affect, physical performance, and perceived exertion. The performance effect was larger in exercise studies than in sport studies.

That distinction matters. A result pooled across exercise and sport does not prove that a particular athlete will compete better with music, or that music improves every outcome. The review found no statistically significant overall effect on heart rate.

Terry and colleagues, “Effects of music in exercise and sport: A meta-analytic review,” Psychological Bulletin (2020).

Athletes often use music as part of preparation: to raise energy, settle attention, or establish a familiar routine. The appropriate choice depends on the athlete and the task ahead.

The research above concerns measured responses during exercise and sport. It should not be stretched into a claim that a specific pregame song causes a win. A recent review of preferred music reports favorable average psychological outcomes, while also underscoring variation among studies and contexts.

“Effects of preferred music listening on physical and psychological parameters in sports,” systematic review and meta-analysis (2025).

Music can change the experience of exertion. The 2020 review found a favorable average result for perceived exertion, but it does not show that every task or athlete benefits equally.

Focus is a separate question. Lyrics, tempo, familiarity, and timing may be helpful or distracting in different settings. Athletes can test their own preparation routines without treating a single playlist as a universal prescription.

Music may be useful in an athlete's recovery routine, but listening behavior alone cannot establish faster physiological recovery or improved subsequent performance.

Use “recovery” here to describe a chosen post-effort state or routine. Physiological recovery claims require dedicated outcome measures and studies, not an inference from what someone played.

There is no single focus playlist. Reviews of music in exercise identify tempo, personal preference and familiarity as the factors that most change how music lands, so the right choice is the one that fits you and the task.

Many people choose familiar music they don't have to pay attention to when they need to concentrate. That pattern is personal, not a rule. Karageorghis and Priest, International Review of Sport and Exercise Psychology (2012).

Music you choose and like, at a tempo that matches the effort, is the most consistent pattern in the research on music and motivation during exercise.

The 2020 meta-analysis found favorable average effects of music on affect and perceived exertion, and musical agency, actively making or choosing the music, can lower how hard effort feels. Fritz and colleagues, PNAS (2013).

People reach for music to shift their mindset, lowering tension as often as raising energy. Mood research describes energy and tension as two separate dimensions, and listeners use music to move along both.

Self-regulation with music is one of its most common everyday uses. What calms one person can agitate another, so preference matters more than any genre. Schäfer and colleagues, Frontiers in Psychology (2013); Baltazar and Saarikallio, Musicae Scientiae (2019). CHRP does not treat stress or anxiety; this is everyday regulation, not care.

Familiar music can be rewarding before it even plays: brain-imaging research found dopamine release both while anticipating and while experiencing peak moments in music people already know and love.

People also return to songs on purpose, as a tool for a state they want to reach. That repetition is behavior, and repeated listening over time is exactly the kind of pattern CHRP reads. Salimpoor and colleagues, Nature Neuroscience (2011).

One song can't define you, and neither can a single playlist. Repeated listening, what you play, when, in what order, and how it changes against your own baseline, can carry a signal about how you are doing.

CHRP reads that signal, and calls the result Emotional Performance Intelligence: the structured read of how a person is doing, built from behavior they already produce. It is not a diagnosis and not mind reading. Applying behavioral-signal research to music is an emerging area, and CHRP is open about it in the evidence and limits.

CHRP reads a consenting person's music listening behavior to provide a private EPI Score™ and music-based next steps. Organizations receive anonymous aggregate trends only.

That is how CHRP is built. The studies cited above concern music in exercise and sport; they do not validate CHRP's proprietary score or prove that CHRP improves athletic results. See the evidence and limits, how CHRP reads state, and the category definition.

For your own private music insight, use MyCHRP to get your EPI Score. Coaches can see the team application.