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Math Prof Lou Kauffman's noncommutative Pythagorean Theorem proof is published as quantum negentropy
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Math Professor Louis Kauffman sent me a screen shot of this Pythagorean noncommutative proof when I contacted him, January 5th, at 10:03 pm and he replied at 10:18 pm (also CCing our conversation to a music-math scientist). Kauffman's noncommutative Pythagorean proof is now published!
The next morning Professor Kauffman sent me this message:
The paper I sent is new, but it contains insights already published. Here is a longer version.
Louis H. Kauffman . Knot logic and topological quantum computing with majorana fermions. In ``Logic and algebraic structures in quantum computing and information", Lecture Notes in Logic, J. Chubb, J. Chubb, Ali Eskandarian, and V. Harizanov, editors, 124 pages Cambridge University Press (2016).
Well looks like I have some studying to do. haha. I just sent math professor Louis Kauffman another email. I first contacted him in regards to Eddie Oshins who collaborated with Kauffman. Oshins realized the truth of reality is noncommutativity as the secret of Neigong alchemy for internal martial arts training - while Oshins worked at Stanford Linear Accelerator Center.
So my goal is to continue the work of Oshins - and Kauffman has continued this noncommutative math analysis.
Thanks to Professor Kauffman for sending me that noncommutative Pythagorean math proof! The one I had been thinking of is this:
Hi Professor Kauffman: Your derivation of the imaginary number from primordial time as an iteration of 1, -1, 1... is tied to the rational number approximation proof of the Pythagorean Theorem:
From that time on, an absolute periodic proof appears (+1, –1, +1…)
So the noncommutative Pythagorean theorem is based on the triangle embedded in a Bloch Sphere such that the square root of two is the imaginary time factor of the noncommutative pi/4 angle.
If we assume, as you argue, that the measurement of time is part of the noncommutative iteration then it reveals the original Pythagorean rational number proof as containing the noncommutative secret of the Orthodox or ancient Pythagoreans.
What do you think of that?
thanks,
drew hempel
Kauffman responded in part re the standard Pythagorean Theorem:
" But just before that, we have entered an infinite loop of deduction. Thus the assumption of Sqrt(2) irrational leads to an oscillation back and forth between P and Q and in that sense is a relative of i = -1/i.
Best,
Lou K."
Thanks! I had not seen that paper yet - it must be from that book?
Of course my own take is from noncommutative music theory and Alain Connes and Eddie Oshins as meditation.
I'll study this more - I'm submitting a paper to the Journal of Scientific Exploration - on noncommutative music model of the paranormal.
thanks,
drew
"Looking at the oscillation between +1 and −1, we see that there are naturally
two phase-shifted viewpoints. We denote these two views of the oscillation by
[+1, −1] and[−1, +1]. These viewpoints correspond to whether one regards
the oscillation at time zero as starting with +1 or with −1. See Figure 29. We
shall let the word iterant stand for an undisclosed alternation or ambiguity
between +1 and −1. There are two iterant views: [+1, −1] and [−1, +1] for
the basic process we are examining. Given an iterant [a, b], we can think of
[b, a] as the same process with a shift of one time step. The two iterant views,
[+1, −1] and [−1, +1], will become the square roots of negative unity, i and
−i."
The next morning Professor Kauffman sent me this message:
The paper I sent is new, but it contains insights already published. Here is a longer version.
Louis H. Kauffman . Knot logic and topological quantum computing with majorana fermions. In ``Logic and algebraic structures in quantum computing and information", Lecture Notes in Logic, J. Chubb, J. Chubb, Ali Eskandarian, and V. Harizanov, editors, 124 pages Cambridge University Press (2016).
Well looks like I have some studying to do. haha. I just sent math professor Louis Kauffman another email. I first contacted him in regards to Eddie Oshins who collaborated with Kauffman. Oshins realized the truth of reality is noncommutativity as the secret of Neigong alchemy for internal martial arts training - while Oshins worked at Stanford Linear Accelerator Center.
So my goal is to continue the work of Oshins - and Kauffman has continued this noncommutative math analysis.
Thanks to Professor Kauffman for sending me that noncommutative Pythagorean math proof! The one I had been thinking of is this:
Hi Professor Kauffman: Your derivation of the imaginary number from primordial time as an iteration of 1, -1, 1... is tied to the rational number approximation proof of the Pythagorean Theorem:
From that time on, an absolute periodic proof appears (+1, –1, +1…)
So the noncommutative Pythagorean theorem is based on the triangle embedded in a Bloch Sphere such that the square root of two is the imaginary time factor of the noncommutative pi/4 angle.
If we assume, as you argue, that the measurement of time is part of the noncommutative iteration then it reveals the original Pythagorean rational number proof as containing the noncommutative secret of the Orthodox or ancient Pythagoreans.
What do you think of that?
thanks,
drew hempel
Kauffman responded in part re the standard Pythagorean Theorem:
" But just before that, we have entered an infinite loop of deduction. Thus the assumption of Sqrt(2) irrational leads to an oscillation back and forth between P and Q and in that sense is a relative of i = -1/i.
Best,
Lou K."
Thanks! I had not seen that paper yet - it must be from that book?
Of course my own take is from noncommutative music theory and Alain Connes and Eddie Oshins as meditation.
I'll study this more - I'm submitting a paper to the Journal of Scientific Exploration - on noncommutative music model of the paranormal.
thanks,
drew
"Looking at the oscillation between +1 and −1, we see that there are naturally
two phase-shifted viewpoints. We denote these two views of the oscillation by
[+1, −1] and[−1, +1]. These viewpoints correspond to whether one regards
the oscillation at time zero as starting with +1 or with −1. See Figure 29. We
shall let the word iterant stand for an undisclosed alternation or ambiguity
between +1 and −1. There are two iterant views: [+1, −1] and [−1, +1] for
the basic process we are examining. Given an iterant [a, b], we can think of
[b, a] as the same process with a shift of one time step. The two iterant views,
[+1, −1] and [−1, +1], will become the square roots of negative unity, i and
−i."
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