The Prime Field Architecture of the Arithmetic Modulation Field: Yang-Mills Existence and Mass Gap on R⁴ — Volume 11: Non-Perturbative Convergence
Year: 2026
Type: preprint
Abstract: Volume 11 of 14. Establishes that the Prime Field Architecture is a complete, well-defined quantum field theory at all orders of the interaction expansion. Proves Theorem 46 (Geometric Series Bound): the interaction ratio r = F(7)/C(N) = 0.167620 < 1 at the trecade scale N = 3×10¹¹ (verified from SJQBL v8 engine: F(7) = 11,428,571,428, C(N) = 68,181,560,868). The total convergence factor C_total = 1/(1−r) = 1.201374 is finite. The interaction expansion converges absolutely. Proves Theorem 47 (Asymptotic Freedom): F(p)/C(N) → 0 as N → ∞ for all p ∈ P1 — the Prime Field is infinite (F(p) → ∞) and the coupling goes to zero simultaneously. Proves Theorem 48 (UV Stability): ‖S₂‖_{L¹} = 3.215 GeV⁻⁴ < ∞. Proves Theorem 49 (Uniform n-Point Bound): |S_n| ≤ C_total^n × ∏|S₂|^{1/(n-1)}. Proves Theorem 50 (Non-Perturbative Completeness): all five properties hold simultaneously. Proves Theorem 51 (RG Fixed Point): Δ = 13 scale-invariant; beta function β(r) ≈ −r(1−r) < 0. Includes correction note documenting that an earlier session record stated r = 0.079170; the correct verified value is r = 0.167620 from the SJQBL v8 engine.
Author: Skerl, David-Michael
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225390289