Lou Kauffman='almost mystical'=Noncommutative Primordial Time(i)synchronization future-past nonlocal

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"So if you take the recursion...1, -1, 1, -1 and the fixed point in that sequence is not anywhere in that sequence, it's the square root of minus 1."
"So I'm back here and I have this way of thinking of "i" and I've made "i" temporally sensitive in that way....But I want to think of the following principle which is a well-known principle in physics, not always expressed this way, and the principle is that: If the usual principle is that very often it's fruitful to take a time variable and replace by "i" x the time variable. And if you're thinking in pure mathematical terms you might wonder well why the heck would that be useful? But if your thinking in these quasi-physical terms then it does make a certain kind of sense, because if you multiply by "i" then you're multiplying this already temporally sensitive entity which is coming from the simplest discrete process that you can imagine. So it's not, there's a certain interpretation there that isn't usually present when you do what's call a Wick Rotation which is to formally multiply by "i." Formally multiplying by "i" takes you from one context to another, like it takes you between a Euclidian context, x (squared) plus y (squared) plus c (squared) into plus t squared, into the Minkowski context where you want "minus T(squared) for example. It's almost Mystical, the way multiplying by "i" and replacing "i"(T) by "i" and replacing it shifts you from one context to another, in elementary physics. So I'm adding a way of questioning that to the brew, in that it seems that "i" is already time sensitive and that has to do with why, when it's aligned with "T" - something happens."
"The Russell Paradox appears as a fixed point in negation. Negation is not supposed to have a fixed point in ordinary logic, because negation of true is false and negation of false is true, and there's only two values in ordinary logic. So the Russell Set could live in a larger logical domain, but that's another way of creating fixed points."
This is the same secret that Alain Connes called, "two, three and infinity" from music theory. The 1 as the fundamental tone has the same pitch when doubled to 2 but the third "time shift" is asymmetric like "i" with a reversal so that 3/2 is C to G super-harmonic or overtone while 2/3 is C to F as subharmonic or undertone. In the ANPA talk on the "quantum undertone" this PreSocratic secret is presented via projective geometry has harmony from asymmetry.
"So if you take the recursion...1, -1, 1, -1 and the fixed point in that sequence is not anywhere in that sequence, it's the square root of minus 1." the key point of the secret noncommutative discrete primordial time structure as the invariant behind the real number spacetime continuum! Alain Connes makes this same point.
The Quaternion Dirac Belt part is also part of Eddie Oshin's Neigong noncommutative "self-referential" motion training as the secret of quantum psychology. thanks
Russell said the real numbers are a "convenient fiction" - and this is based on a "deep pre-established disharmony" as Math Professor Luigi Borzacchini revealed ! The truth is the discrete noncommutative primordial time that Lou Kauffman has exposed and calls "almost mystical." thanks
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There's two math professors that Basil J. Hiley relies on - Kauffman and Connes - they both corroborate each other. Connes has the direct music theory secret that I also discovered in high school. Kauffman collaborated with Eddie Oshins who created "quantum psychology" as the secret of internal martial arts for paranormal spiritual abilities. Both Kauffman and Connes also emphasize a secret side to the asymmetric or noncommutative time nonlocality - with Alain Connes giving a "heated" debate at a Jungian synchronicity discussion in a Wolfgang Pauli physics conference and now Lou Kauffman calling the math, "almost mystical" as the basis of the Bertrand Russell paradox.

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Do you have advice on where to start with noncommunative math of Lious Kauffman or others? I only have calculus and linear algebra background

joshux