Homo sapiens: The “great synthesizers” of music
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Mar 29, 2025
What do aliens, apes, and orchestras all have in common? Professor Michael Spitzer explains how they each help us understand the origins of music.
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Is music inherently human
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Not necessarily. Animals have music. And once you widen the lens as widely as possible
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and see the big picture where sapien music comes from, the cosmic joke, the irony, is that humans aren't very musical at all
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And we know this because we evolved along the ape line and apes, compared to birds, are not musical
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How can I say that? Birds have vocal learning. They can creatively learn new songs
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Apes can't do that. They are confined to the cause they're born with
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Insects can pulse together in rhythm, and apes don't have that. So it's very odd that humans evolved from apes who are not musical
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but humans evolved music again from the ground up from scratch. I'm Michael Spitzer. I'm Professor of Music at the University of Liverpool in the UK
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I'm listening to a book called The Musical Human, A History of Life on Earth
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Voyager 2. Like Voyager 1 before it, it is a marvel of technology
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a remarkable instrument of humanity's search for celestial knowledge. So when NASA sent the Golden Record aboard Voyager 40 years ago
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this suggested a very interesting thought experiment because NASA stocked the record with diverse examples of human music
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For instance, a Bach-Vandenberg concerto, Chuck Berry's Johnny B. Goode, Pan Pipes from the Solomon Islands
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Court music, Gamelan from Java. If we imagine aliens opened this in a billion years
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will they be able to extrapolate some common denominator something fundamentally human and this assortment of Earth music This begs the question what do they have in common Now I think what they do have in common even for an alien
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is that sapiens are flatlanders. We inhabit a very narrow band of perceptual space
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We can't hear as low as whales. We can't hear as high as bats
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Our songs aren't as long as whale songs, which can be 23 hours long
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They aren't as fast as a pipistrelle bat song, which can be as short as a wingbeat
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What they will see, though, is a lot of commonality between sapiens music and animal music
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Both are hierarchical. It has to say that we repeat at rising levels
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Music is the art of repetition. You have notes in a bar. You have bars repeated in a phrase
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You have phrases in a section, section in the work, and so on ad infinitum
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And that might strike aliens as interesting, and they might say, well, actually, this is not so different from animal music
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But they will recognise sapiens for perhaps having this walking meter, which goes back to Australopithecines 4 million years ago
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When we talk about the origin of human music, It's really about assembling elements of music which were synthesised much further down the road
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And one of these elements was bipedalism, that what marks the first hominins apart from apes and our common ancestor was getting up on our feet
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There is this link between rhythm and motion, which is due to the connections in the human brain between the motor regions controlling our motion
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and the regions controlling hearing. For example, I once attended a concert with my infant toddler
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and there were a thousand toddlers all jumping up and down instinctively to orchestra
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playing the Lone Ranger. Now they had never heard the Lone Ranger before
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but they had an instinctive response to that rhythm So walking is the first step of a whole cascade of evolutionary adaptations
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Our cranial volume triples in size, we become a lot smarter. And with our increased brain size comes the capacity to control our fingers, to make links
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with the motor domains of our brain. We become more dexterous and ultimately more capable of crafting flutes and playing them
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But standing up also gives us more space to breathe. And our larynx descends through our vocal tract
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Our hyode bone, which supports our tongue, evolves so we can articulate what we sing
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And as our vocal tract learned how to produce an infinitely greater variety of sounds
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Our capacity to make sounds exceeded their function. If you compare us with, say, the vervet monkey
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they can make four kinds of calls, and each call warns other monkeys of a particular kind of danger
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But when you can produce a thousand kinds of sounds, there's an excess of sounds
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and this is where music starts to become a possibility, where you're playing with sound
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you're enjoying sound for sound's sake, no longer having a function. And at this point, I think human music steps away from animal vocalization or animal calls
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What also makes human music so distinctive is the very human drives of emotions
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and indeed the finite quality of human life. Sadness, happiness, anger, fear, and so on
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We have mirror neurons in our brains. If you're sad, I instinctively cleave to your sadness
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I mirror it. I emote with you. And that's the same with music
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When I hear a sad song my body my mirror neurons are instinctively sympathizing are mirroring the human sadness encoded in that sad song
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And music is full of similar responses. Music is made of patterns and patterns can either be
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allowed to run across or they can be frustrated through shocks. And when we hear a shock in music
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It can be a bang or the interruption of a pattern. That engages the same faculties in our brain as danger out in the field
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Of course nobody dies in music, this is only a derived effect of that
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This is why we think that music is able to express emotion in a very visceral way
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Music is a fantastic way of expressing your deepest emotions and your identity, which can't be captured by language
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Why is that? Because music is far too precise for words to capture what's going on
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And there's a reason why teenagers imprint their taste in music with songs they learn at that time
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because music has always come to define identity of who you are. So the question of is music a universal language is an interesting one
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because on the surface, music is absolutely universal. What humans brought to the table is that we're the great synthesizers
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We put together the rhythms of insects, the melody of birds, the gestural sociality of apes
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I think it's a reason why, although human music is innate and universal
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it's also learned. And there's also a reason why humans have always been haunted by nostalgia for birdsongs
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We hear birds in the trees, and this gives us a sense of inadequacy
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because birdsong is natural and human music is not. Want to dive deeper
8:44
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