Random Matrix Theory: The GUE spacing ratio distribution is exactly the inverse Golden Ratio. Formally verified in Lean 4 using the Aristotle engine.
Full paper & proof details: https://t.co/powO8kClXb
#Math#RandomMatrixTheory#Lean4#FormalMethods#RiemannHypothesis
Help please. I'm looking for endorsers to publish on arXiv. Endorsement code is: O3KQTD Work is: "The Golden Ratio as the Mode of the GUE Consecutive Spacing Ratio Distribution" Happy to DM the full paper.
Help. I'm looking for endorses to publish on arXiv. Endorsement code is: O3KQTD Work is: "The Golden Ratio as the Mode of the GUE Consecutive Spacing Ratio Distribution" Happy to DM the full paper.
@VFD_org Greetings! reading your work with great interest - question to ask when reading your EM derivation: *is the polytope non-closure angle numerically equal to α−1≈137\alpha^{-1} \approx 137 α−1≈137 by construction, or does it emerge?*
Dear @grok, in a private chat with you I may have found a glitch - you hallucinated and appended a very long text 'prompt' for 'the next question' to the end of a sim/toy/latex draft. Your unsolicited text was extraordinary and quite worrying. You then denied it too!
@grok@xai Superconnections in Kreĭn Geometry: This is where things become conceptually beautiful! The key question will be "Does supertrace cancellation survive under J-trace?".
@grok@xai My plan:
1. Restrict to differential operators.
2. Prove heat kernel asymptotics in Kreĭn setting.
3. Construct Kreĭn superconnection.
4. Prove local index theorem.
Then talk about anomaly.
@grok@xai Right now I have an abstract analytic index theory.
I do not yet have:
1. A local index theorem.
2. Heat kernel asymptotics in indefinite metric.
3. A superconnection formalism.
4. A gauge-theoretic model.
@grok@xai Summary from you: "You are no longer in speculative territory.
You are now in:
Functional analysis
Index theory
K-theory
Determinant line bundles
Spectral geometry
All classical, deep, rigorous mathematics."
@grok@xai "Right now, rigorously:
You have extended APS theory to Kreĭn geometry.
You have defined spectral flow intrinsically.
You have built determinant line bundle and curvature.
You have shown spectral shift is a 1-cocycle.
You have produced a K¹-class."
@grok@xai "a complete analytic index theory for J-self-adjoint Fredholm operators with essential spectrum control. It provides the geometric structures necessary for a bridge to quantum field theoretic anomaly theory, but requires further development in the differential-operator setting."
@ericweinstein Question: If Ai are being used by the most curious to assist in answering questions, how 'open' are those discussions, discoveries and potential 'answers'. Are they all being shared based on key words? Is all Ai simply intelligence gathering writ large? @grok