The Science of Music: Why Certain Songs Give You Chills
The Science of Music: Why Certain Songs Give You Chills
That spine-tingling sensation when you hear a particularly moving piece of music has a scientific name: frisson. Research reveals why some people experience it intensely while others don't.
What Is Frisson
Frisson (French for "shiver") is the psychophysiological response to emotionally arousing music:
- Piloerection (goosebumps)
- Shivers down the spine
- Dilated pupils
- Changes in breathing
- Sometimes tears
Who Experiences It
Only 50-60% of people report experiencing musical frisson. The other 40-50% simply don't get chills from music, regardless of how much they enjoy it.
The Neuroscience
Brain imaging studies show frisson activates:
- Nucleus accumbens: The brain's reward center (also activated by food, sex, drugs)
- Amygdala: Emotional processing
- Insula: Interoception (body awareness)
- Prefrontal cortex: Anticipation and expectation
The key trigger: violation of expectation. When music builds tension and then resolves in an unexpected but pleasing way, the brain releases dopamine.
What Triggers It
- Unexpected harmony: A chord progression that surprises but satisfies
- Dynamic contrast: Sudden changes from quiet to loud ( crescendo)
- Melodic leaps: Large jumps in melody that create emotional intensity
- Entry of voices: Choirs or additional instruments entering suddenly
- Lyric moments: Specific words combined with musical peaks
Personality Connection
Research by Emily Nusbaum and Paul Silvia found that people who experience frisson score higher on:
- Openness to experience (Big Five personality trait)
- Empathy
- Absorption in aesthetic experiences
The Evolutionary Question
Why did music evolve to trigger this response?
- Social bonding: Shared emotional experiences strengthen group cohesion
- Communication: Music preceded language as a communication tool
- Neurochemical reward: Dopamine release motivates continued engagement with music
- Predictive processing: Brains evolved to reward accurate prediction of patterns
Practical Applications
- Music therapy: Frisson-inducing music used in therapeutic settings
- Performance enhancement: Athletes using music for pre-competition arousal
- Education: Engaging students through emotionally resonant music
- Film scoring: Composers deliberately craft frisson-inducing moments