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Music can make food seem sweeter, more bitter, more pleasant, or more enjoyable, but it does not alter the food itself. Controlled studies show that harmony, emotional meaning, genre, and the match between a soundtrack and a food can bias reported taste and liking. The effect is not universal: it varies with the listener, the food, the music, and whether a study measures taste intensity or overall enjoyment. A consonant soundtrack may raise sweetness ratings for juice, while a bitter-associated soundtrack can increase perceived bitterness in cinder toffee. Treat music as a way to shape the eating experience, not as a guaranteed flavor enhancer.
How can music change taste if it does not change the food?
Eating is a multisensory judgment. The brain combines signals from the tongue and nose with expectations, emotion, attention, and context. Music supplies another source of expectation: listeners tend to associate particular sounds with qualities such as sweetness, bitterness, pleasantness, or intensity.
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Studies usually ask participants to rate intensity, pleasantness, liking, or preference. Those are different outcomes. A soundtrack can make a sample seem sweeter without making the person like it more, or can increase liking without changing a specific taste-intensity score.
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What have controlled studies found about music and flavor?
The clearest findings come from experiments that hold the food constant and change the accompanying sound.
Consonant music raised sweetness ratings for fruit juice
Wang and Spence (2016) served fruit juice while participants heard different background tracks. Participants rated the juice as significantly sweeter with consonant music than with dissonant music. The pattern held regardless of the melody or the instruments used, indicating that the harmonic relationship itself mattered more than a particular tune or timbre.
This result does not mean every pleasant song will sweeten every beverage. It shows that, under the study conditions, consonance shifted a reported taste attribute.
A soundtrack associated with bitterness increased perceived bitterness
Crisinel and colleagues (2012) paired cinder-toffee samples with soundtracks intended to convey either bitterness or sweetness. The same samples received higher bitterness ratings with the bitter-congruent soundtrack than with the sweet-congruent one.
The finding is important because it demonstrates a directional effect: a matching cue can increase the taste quality it suggests, while a mismatched cue can pull perception in another direction.
Jazz increased liking more than hip-hop in one genre experiment
In a University of Arkansas experiment, Fiegel and colleagues (2014) compared food while participants heard jazz or hip-hop. Participants liked the food significantly more with jazz. However, genre did not have a uniform effect across foods or performances.
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The difference appeared for milk chocolate, described in the experiment as an emotional food stimulus, but not for bell peppers, treated as a non-emotional stimulus. Results also depended on whether one performer or multiple performers produced the music. The authors concluded that genre can alter flavor pleasantness and the overall impression of food, not that jazz is universally superior at meals.
Wine ratings followed the emotional meaning of the music
In a randomized controlled trial, Adrian C. North (2012) found that people’s wine ratings reflected the emotional connotations of the background music played while they drank. North wrote that “the results reported here indicate that independent groups’ ratings of the taste of the wine reflected the emotional connotations of the background music played while they drank it.”
Because the result concerns emotional meaning, it helps explain why two tracks with similar instrumentation could produce different responses if one feels joyful, tense, heavy, or subdued to the listener.
Listeners can match soundtracks to basic tastes above chance
Wang, Woods, and Spence (2015) asked 100 participants to match 24 soundtracks with basic taste labels. Sweet-associated soundtracks were labeled sweet 56.9% of the time, while bitter-associated soundtracks were labeled bitter 31.4% of the time. With four taste choices, random guessing would produce 25%, so the sweet result was well above chance and the bitter result was also above chance, though weaker.
A second experiment with 50 participants found that pleasantness and arousal partly mediated soundtrack–taste associations. In other words, emotion was not merely an incidental reaction; it helped explain why listeners connected sounds with taste categories. The study’s authors wrote, “These results demonstrate how emotion mediation may be an additional mechanism behind sound-taste correspondences.”
Recent carrot testing found an effect from music or smell, but not their combination
A 2025 study by an HSE University research team included 53 volunteers and examined carrot texture, music, and smell. Congruent music or a congruent smell alone modulated perceived carrot taste and hedonic valuation. Presenting both cues together did not produce a comparable effect.
That result cautions against assuming that stacking more sensory cues will always strengthen an effect. Multisensory interactions can depend on the exact food, cue combination, and outcome being measured.
What do “congruent” and “incongruent” music mean?
Congruent music carries qualities that listeners associate with the food or taste being presented; incongruent music suggests a contrasting quality. Congruence is a testable hypothesis, not a universal rule.
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| Musical or contextual factor | Example from the experiments | Observed outcome |
|---|---|---|
| Harmony | Consonant versus dissonant background music with fruit juice | Consonant music produced higher sweetness ratings (Wang and Spence, 2016). |
| Taste association | Bitter-congruent versus sweet-congruent soundtrack with cinder toffee | The bitter-congruent soundtrack increased bitterness ratings (Crisinel et al., 2012). |
| Genre and emotion | Jazz versus hip-hop with milk chocolate and bell peppers | Jazz increased liking for milk chocolate; no comparable genre effect appeared for bell peppers (Fiegel et al., 2014). |
| Emotional meaning | Different music played while participants drank wine | Wine ratings reflected the music’s emotional connotations (North, 2012). |
| Combined sensory cues | Music, smell, or both with carrots | Music or smell alone modulated responses; both together did not show a comparable effect in the 2025 study. |
Pitch, harmony, pleasantness, and arousal can all contribute to a listener’s expectation. The studies do not identify one musical recipe that works for every person or dish.
Is there a best music genre to eat with?
No universal best genre has been established. Jazz produced higher liking than hip-hop in one experiment, but the difference depended on the food’s emotional character and on how the music was performed. A genre label alone therefore cannot predict the response to another meal.
Genre also bundles several properties: tempo, instrumentation, loudness, familiarity, emotional tone, and performer count. If a listener strongly likes or dislikes a genre, that personal response may overshadow any sound-to-taste association. For a practical choice, start with music whose emotional tone matches the food, then treat the result as a personal preference to test rather than a scientific guarantee.
Does music change taste intensity or only enjoyment?
It can affect either, and the distinction matters. The juice and cinder-toffee experiments measured specific taste qualities such as sweetness or bitterness. The genre and wine studies emphasized liking, pleasantness, or an overall impression. A person may report that a dish tastes more pleasant without rating its sweetness, saltiness, or bitterness higher.
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When reading a claim about music and food, check which question participants answered:
- Intensity: Did the food seem sweeter, more bitter, or otherwise stronger?
- Pleasantness: Did the flavor feel more enjoyable?
- Preference: Would the participant choose or consume it again?
- Overall impression: How was the complete eating experience judged?
These measures should not be treated as interchangeable evidence that music “improves” food.
How can you test the effect with your own food?
A simple within-person comparison can show whether a soundtrack changes your experience, while reducing memory and expectation errors.
- Choose one repeatable food. Use identical portions of one item, such as the same juice or two equal pieces of chocolate. Avoid changing temperature, serving vessel, or recipe between trials.
- Define the ratings before listening. Use separate 0–10 scales for sweetness or bitterness, pleasantness, and overall liking. Write the scale on paper or in a notes app so you do not adjust it afterward.
- Prepare contrasting conditions. Select a track you expect to be congruent with the food and another you expect to be incongruent. Keep playback equipment, seating, and approximate listening level the same.
- Randomize the order. On one trial hear the congruent track first; on another, reverse the order. This reduces the chance that fatigue, hunger, or a first-sample effect explains the result.
- Cleanse your palate. Use water and allow enough time between samples for the previous flavor to fade. Do not change the food portion while changing the music.
- Record every score immediately. Note the soundtrack, taste-intensity scores, pleasantness, liking, and any distraction. A difference in liking without a difference in sweetness is a meaningful result, not a failed experiment.
- Repeat on another day. One meal can be dominated by mood or expectation. Several short sessions provide a more reliable personal pattern.
Use the result to choose your own dinner ambience. Do not generalize a response to one food or one track to every cuisine or listener.
Why might the effect be small or disappear?
Several variables can weaken, reverse, or mask a soundtrack effect:
- Food category: Milk chocolate showed a genre effect in the Arkansas experiment, whereas bell peppers did not.
- Emotional response: Pleasantness and arousal partly mediated sound–taste matching in the 2015 experiments.
- Expectation: Knowing that a track is supposed to represent sweetness or bitterness can influence a rating.
- Individual associations: Familiarity, cultural experience, and personal preference can change what a genre or harmony suggests.
- Outcome choice: A change in liking may occur without a change in a basic taste-intensity score.
- Multisensory context: The 2025 carrot study found that adding smell to music did not produce the same modulation seen with either cue alone.
The cited studies also leave practical questions open. They do not establish a universal ideal volume, a required speaker or headphone type, or a single playlist that improves all foods. Background sound can be useful as an experimental cue, but it is not a substitute for seasoning, ingredient quality, or appropriate cooking.
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What should restaurants and home cooks take from this evidence?
Music is best treated as part of atmosphere and expectation. A venue or host can select a soundtrack that seems emotionally compatible with a dish, then monitor whether guests actually respond positively. Because genre effects depend on both food and listener, a playlist should be tested with the specific menu and audience rather than copied as a universal formula.
For home meals, the lowest-risk approach is to match the emotional character of the music to the occasion and keep an open mind about the result. If a track makes you enjoy a familiar dish more, that is a real change in experience even if the measured sweetness or bitterness stays the same.
What is the evidence-based bottom line?
Music can influence perceived taste and food enjoyment through crossmodal associations and emotion. Consonant music increased sweetness ratings for juice; taste-congruent soundtracks shifted bitterness in cinder toffee; jazz improved liking for milk chocolate relative to hip-hop in one context; and wine judgments reflected musical emotion. These effects are conditional, usually modest, and tied to particular foods, listeners, and measurements. Choose music as an intentional sensory cue, but do not expect any genre or playlist to make every meal taste better.
Frequently Asked Questions
Can music make food taste worse?
Yes. An incongruent or unpleasant soundtrack can pull a rating away from the food’s intended character or reduce enjoyment. The cinder-toffee findings show that changing the soundtrack can move bitterness ratings in opposite directions, so the same mechanism that helps one pairing can hurt another.
Does listening to music while eating change how much I eat?
The cited experiments measured taste ratings, pleasantness, liking, or preference rather than calorie intake or portion size. They therefore cannot establish whether music makes people eat more slowly, more quickly, or more overall.
Can I use a song to make vegetables taste sweeter?
There is no demonstrated song that reliably sweetens vegetables for everyone. A personally pleasant, sweet-associated track is a reasonable hypothesis to test, but record sweetness and liking separately because a mood improvement may not change a basic taste rating.
Would silence be a better control than another genre?
Silence can help show whether any soundtrack effect exists at all, while two contrasting tracks show whether musical meaning changes the response. If you test silence, keep serving conditions and the order of trials balanced so the absence of music is not confounded with fatigue or expectation.
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