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Thursday, December 19th, 2024

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    6:42a
    John Coltrane Draws a Picture Illustrating the Mathematics of Music

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    Physicist and saxophonist Stephon Alexander has argued in his many public lectures and his book The Jazz of Physics that Albert Einstein and John Coltrane had quite a lot in common. Alexander in particular draws our attention to the so-called “Coltrane circle,” which resembles what any musician will recognize as the “Circle of Fifths,” but incorporates Coltrane’s own innovations. Coltrane gave the drawing to saxophonist and professor Yusef Lateef in 1967, who included it in his seminal text, Repository of Scales and Melodic Patterns. Where Lateef, as he writes in his autobiography, sees Coltrane’s music as a “spiritual journey” that “embraced the concerns of a rich tradition of autophysiopsychic music,” Alexander sees “the same geometric principle that motivated Einstein’s” quantum theory.

    Neither description seems out of place. Musician and blogger Roel Hollander notes, “Thelonious Monk once said ‘All musicians are subconsciously mathematicians.’ Musicians like John Coltrane though have been very much aware of the mathematics of music and consciously applied it to his works.”

    Coltrane was also very much aware of Einstein’s work and liked to talk about it frequently. Musician David Amram remembers the Giant Steps genius telling him he “was trying to do something like that in music.”

    Hollander carefully dissects Coltrane’s mathematics in two theory-heavy essays, one generally on Coltrane’s “Music & Geometry” and one specifically on his “Tone Circle.” Coltrane himself had little to say publicly about the intensive theoretical work behind his most famous compositions, probably because he’d rather they speak for themselves. He preferred to express himself philosophically and mystically, drawing equally on his fascination with science and with spiritual traditions of all kinds. Coltrane’s poetic way of speaking has left his musical interpreters with a wide variety of ways to look at his Circle, as jazz musician Corey Mwamba discovered when he informally polled several other players on Facebook. Clarinetist Arun Ghosh, for example, saw in Coltrane’s “mathematical principles” a “musical system that connected with The Divine.” It’s a system, he opined, that “feels quite Islamic to me.”

    Lateef agreed, and there may be few who understood Coltrane’s method better than he did. He studied closely with Coltrane for years, and has been remembered since his death in 2013 as a peer and even a mentor, especially in his ecumenical embrace of theory and music from around the world. Lateef even argued that Coltrane’s late-in-life masterpiece A Love Supreme might have been titled “Allah Supreme” were it not for fear of “political backlash.” Some may find the claim tendentious, but what we see in the wide range of responses to Coltrane’s musical theory, so well encapsulated in the drawing above, is that his recognition, as Lateef writes, of the “structures of music” was as much for him about scientific discovery as it was a religious experience. Both for him were intuitive processes that “came into existence,” writes Lateef, “in the mind of the musician through abstraction from experience.”

    Note: An earlier version of this post appeared on our site in 2017.

    Related Content:

    Saint John Coltrane: The San Francisco Church Built On A Love Supreme

    The Secret Link Between Jazz and Physics: How Einstein & Coltrane Shared Improvisation and Intuition in Common

    John Coltrane’s Handwritten Outline for His Masterpiece A Love Supreme

    Josh Jones is a writer and musician based in Durham, NC. Follow him at @jdmagness

    10:00a
    Richard Feynman Enthusiastically Explains How to Think Like a Physicist in His Series Fun to Imagine (1983)

    “It’s interesting that some people find science so easy, and others find it kind of dull and difficult,” says Richard Feynman at the beginning of his 1983 BBC series Fun to Imagine. “One of the things that makes it very difficult is that it takes a lot of imagination. It’s very hard to imagine all the crazy things that things really are like.” A true scientist accepts that nothing is as it seems, in that nothing, when you zoom in close enough or zoom out far enough, behaves in a way that accords with our everyday experience. Even the necessary scales — in which, for example, an atom is to an apple as an apple is to Earth itself — are difficult to conceive.

    Despite his much-celebrated brilliance as a physicist, Feynman also admitted to finding the quantities with which he had to work unfathomable, at least when examined outside their particular contexts. At the atomic level, he explains, “you’re just thinking of small balls, but you don’t try to think of exactly how small they are too often, or you get kind of a bit nutty.”

    In astronomy, “you have the same thing in reverse, because the distance to these stars is so enormous.” We all have an idea of what the term “light year” means — assuming we don’t misunderstand it as a unit of time — but who among us can really envision a galaxy 100,000 light years away, let alone a million?

    Feynman discusses these matters with characteristic understanding and humor across Fun to Imagine’s nine segments, which cover physical phenomena from fire and magnets to rubber bands and train wheels. Those who know their physics will appreciate the vividness and concision with which he explains this material, apparently right off the top of his head, and anyone can sense the delight he feels in merely putting his mind to the behavior of matter and energy and their relationship to the world as we know it. And however much pleasure he derived from understanding, he also got a kick out of how much mystery remains: “Nature’s imagination is so much greater than man’s,” he says toward the end. “She’s never going to let us relax.”

    Related content:

    The Life & Work of Richard Feynman Explored in a Three-Part Freakonomics Radio Miniseries

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