Decoding the Earworm: The Psychology of the Hook
Learn the psychology of the pop hook. From Max Martin to Black Sabbath, see how producers craft the melodies that haunt your brain and never leave.
13 min read
Music Science
Music Science
What music does to your brain, your body, and your wallet - backed by research.
How Record Labels Use Frequency to Control Your Shopping
Discover how the loudness war, Shepard tones, and specific BPMs manipulate your brain to increase retail spending and keep you in the supermarket.
12 min read
Why 1970s Horror Scores Trigger Our Primal Fear
Explore how dissonant chords, Moog synthesizers, and microtonality in 1970s horror soundtracks create an inescapable sense of psychological dread.
11 min read
Why Bass Drops Trigger Physical Fear and Arousal
Explore the science of low frequencies, from the Roland TR-808 to neurobiology, and why sub-bass hits the body like a physical threat.
10 min read
The Physics of Heavy: Why Metal Needs Low-End Frequency
Explore the science and gear behind heavy metal's low-end, from Black Sabbath's sludge to the technical evolution of 5-string bass and modern production.
13 min read
The Science of Earworms: Why Melodies Get Stuck
Explore the neuroscience of earworms, from the Zeigarnik Effect to the repetitive synth hooks of a-ha and The White Stripes that hijack your brain.
13 min read
The Low-End Science of 90s Grunge
Discover why the heavy 200-400 Hz frequency range and thick midrange fuzz of 90s Seattle grunge creates such a primal, addictive sonic experience.
11 min read
Why Your Brain Craves Minor Chords When Sad
Discover the science and soul behind minor keys, from Radiohead's dissonance to Bill Withers' soulful blues and the neurology of musical melancholy.
10 min read
The Science of the Telecaster Crunch
Discover why the high-frequency bite of a Fender Telecaster triggers a primal response in the human brain and defines the sound of rock and roll history.
11 min read
Why Live Music Hits Harder Than Studio Recordings
Explore the neuroscience and psychoacoustics behind the physical power of live music, from dopamine releases to infrasound vibrations in the chest.
10 min read
Why Bad Songs Become Earworms in Your Brain
Explore the science of earworms, from Max Martin's melodic math to the Zeigarnik Effect, and why repetitive hooks like Baby Shark haunt your memory.
10 min read
Why Unpleasant Music Makes Us Cry
Discover the neuroscience behind why "bad" music triggers tears, dopamine, and physiological chills through the lens of brain chemistry and evolution.
10 min read
The Science of the Perfect Pop Chorus
Discover the hidden structural secrets behind global hits, from Max Martin's melodic math to the dopamine-triggering physics of the perfect earworm.
13 min read
Why Your Brain Cannot Ignore 120 BPM 4/4 Time
Explore the science and music history behind why 120 BPM 4/4 time captures our biology, from Beethoven's marches to Michael Jackson's iconic drum loops.
11 min read
10 Songs Science Proves Reduce Anxiety
Discover 10 songs backed by clinical research to lower cortisol, reduce heart rate, and soothe the nervous system through specific musical frequencies.
11 min read