Music is a stimulus capable of acting on some of the same bodily resources pain demands.
This book moves through three kinds of material. Some of it is well-documented science. Some of it is inference. And some of it is following a trail beyond the evidence, because the trail wouldn't stop and I couldn't look away.
“This moving, incisive book is a great reminder of music’s power as a universal connector.”
“His humility and curiosity make the book feel more like a shared reflection than a lecture, even as the studies he cites indicate a clear understanding of the science behind sound.”
“The result is a fascinating mix of scientific theory, musical analysis, and personal history that never feels dry or didactic.”
— Kirkus ReviewsGet It
Selected for the September 1, 2026 issue of Kirkus Reviews magazine
The Themes
Widespread Response
A WIDESPREAD HUMAN CAPACITY
Every known human culture makes music, but people do not receive it with identical force. Frisson, musical memory, entrainment, anhedonia, and amusia reveal both a widespread capacity and meaningful neurological variation. The book begins with that range and asks what kind of system could produce it.
Physics of Sound
PATTERNS THAT PREDATE LISTENERS
Before there were ears, there was vibration. Frequency and resonance are properties of physical systems, not inventions of human culture. Patterned vibration predates life. Music is what happens when a brain interprets some of that pattern as organized and meaningful.
Load-Bearing Structure
MUSIC AS BIOLOGICAL INPUT, NOT JUST ENTERTAINMENT
Music has documented clinical and therapeutic applications, including pain reduction, gait support in Parkinson’s disease, melodic intonation therapy, and personalized music in dementia care. The evidence varies by intervention and condition, but it is substantial enough to treat music as biological input as well as art and entertainment.
Cross-Species Signal
THE RESPONSE DOES NOT STOP AT OUR SPECIES
Studies of dogs, cats, monkeys, birds, and other animals suggest that sensitivity to rhythm, pitch, timbre, and species-relevant sound is not uniquely human. Those findings do not prove that other animals experience music as we do. They do widen the question of where organized sound begins and human music ends.
Chapter 1
What We Carry
≈ 5 min read
Babies dance. Even before they can walk or speak, a beat starts playing, and they instinctively grab the nearest table or chair and just bounce. With all their might.
My own children did this. They were in diapers, unsteady on those chubby little legs, and had no idea what they were hearing. But they were clearly feeling it.
Nobody taught them that. But when a beat dropped, their bodies reacted before they were capable of making a decision to dance.
That response is why entertainment has never felt like a big enough word.
Entertainment doesn't explain the goosebumps.
And entertainment is too small a word for what happens when an Alzheimer's patient who can't find the bathroom can still sing a hymn she learned in 1963.
Entertainment doesn't explain why a two-day-old prefers consonant sounds or why every culture we've discovered independently creates music. It doesn't explain why our bodies move to it.
Music is a stimulus, like heat, pain, and the aroma of food. It does measurable things to bodies through specific mechanisms the science is beginning to describe in detail.