yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

The science of music: Why your brain gets hooked on hit songs | Derek Thompson | Big Think


3m read
·Nov 3, 2024

Processing might take a few minutes. Refresh later.

One of the questions that I set out to answer in the book is, why do we like what we like in music? What makes music catchy? Where do “earworms” come from? And to answer this really complex question I started with the simplest possible question, which is: what is music? Why does the brain process some sounds as cacophony and other sounds very clearly as song?

And to start to answer this question, you have to go to Diana Deutsch. And she is a musicologist at the University of California San Diego. And Diana was listening to herself talk at her house one evening, and she put a sentence of hers on repeat. She realized if you take a bit of speech stream and you take a sliver of it and you start repeating it again, start repeating it again, start repeating it again, start repeating it again, start repeat – obviously you can sort of hear it if you’re listening that the brain suddenly starts to hear a melody in this repetition, and a rhythm and a beat, and it starts to hear that which was formally just speech as song.

And so what she would say, what I would say, is that repetition is the God-particle of music. It is the thing that distinguishes the cacophony of the world from that which we cannot help but recognize as music. So that’s interesting, but it’s not an answer to the fundamental question, which is: what makes music catchy? Because if I go into a music studio and I say, “start repeating it again, start repeating it again” I’ll be laughed out of the studio immediately.

So there has to be a repetition and variety. What is the scientific way to think about the balance? And to answer that question you have to fly northeast from San Diego to Ohio State University in Columbus, Ohio, where David Huron did this famous study involving mice. He played a note for a mouse, let’s call it a B note. And the mouse would turn its head like this. And he would play B again, and the mouse would turn its head. And he would play B-B-B and the mouse’s head is just doing this thing.

Eventually the mouse habituates; it learns to ignore the stimulus. And habituation is common in culture and life. We learn to ignore things that are too familiar. But if instead, at the very moment the mouse is about to habituate from the B note, he instead plays a C note, the mouse attends to the C note and is dishabituated from the B note. So now he can go back to scaring the mouse with the B note.

And it turns out that if you want to scare a mouse for the longest period of time with the fewest number of notes, there’s a very specific pattern that you play, and it goes: B-B-C-B-C-D note to habituate from both from the B and the C note. And as I was reading this study and talking to David, I thought, well if you take the letter “B” and you replace it with the word “verse,” and you take the letter “C” and you replace it with the word “chorus,” and you take the letter “D” and you replace it with the word “bridge,” you have the following song structure: verse-verse-chorus-verse-chorus-bridge, which is essentially the most common pop song structure of the 20th century.

So what seemed so fundamentally interesting to me about this idea is that this same formulaic relationship between repetition and variety that can scare a mouse in a laboratory setting also makes us attend to Top 40 radio in cars. But throughout the book, I’m constantly thinking about what are the most important implications of each of these ideas, not only for entertainment, which is interesting but maybe not important, but also for something like politics?

And it’s interesting when thinking about repetition and speech and persuasiveness, and realizing that every great rhetorical device is essentially a form of repetition. There is anaphora, which is repetition at the beginning of a sentence. Winston Churchill, “We shall fight them in the landing fields, we shall fight them on the air.” You have tricolon, which is repetition in triplicate. Abraham Lincoln, “Government of the people, by the people, for the people.” There is a lilt to repetit...

More Articles

View All
Why Laminar Flow is AWESOME - Smarter Every Day 208
Hey, it’s me Destin, welcome back to Smarter Every Day. I love laminar flow. And people send me tweets about laminar flow all over the internet. It’s time to do the laminar flow video. Check this out, big pool. We’re going to see if we can make laminar fl…
Models of voting behavior | Political participation | US government and civics | Khan Academy
What we’re going to do in this video is start to think about voting behavior. In particular, we’re going to start classifying motivations for why someone votes for a particular candidate. I’m going to introduce some terms that will impress your political …
Rick Astley - Never Gonna Give You Up (Official Music Video)
Rick Astley: [Music] We’re no strangers to love, you know the rules and so do I. I full commitments while I’m thinking of you, wouldn’t get this from any other guy. I just want to tell you how I’m feeling; got to make you understand. Never Going To Give Y…
Divided government and gridlock in the United States | Khan Academy
We have this diagram here, party divisions of the United States Congress. What this helps us visualize is which parties controlled the various houses of Congress, as well as which party was in control of the White House. For example, during Lyndon Johnson…
Gordon Fishes for Eels | Gordon Ramsay: Uncharted
First things first. Time to go fishing. I hope to get some—some eels. Some eels? Yeah, a Conger eel. We have big conger eels here. GORDON RAMSEY (VOICEOVER): Of course, David wants to go fishing for conger eels. They’re powerful and enormous, just like D…
Ellipse standard equation from graph | Precalculus | High School Math | Khan Academy
So we have an ellipse graph right over here. What we’re going to try to do is find the equation for this ellipse. So like always, pause this video and see if you can figure it out on your own. All right, so let’s just remind ourselves of the form of an e…