M27b The Heun and AGM Triad Levels: Symmetric-Asymmetric Structure at the Half-Etages R=1.5 and R=2.5
Year: 2026
Type: preprint
Abstract: This mini-monograph develops the Triad structure at the half-etage levels R = 1.5 (AGM) and R = 2.5 (Heun) of the HC Rank Manifold. It corrects the earlier identification of the genuine AGM with the SC half-rank AddMult operation: these are distinct structures. At R = 1.5, the Triad consists of HC: AGM(a,b), SC: AddMult(a,b) = sqrt((a+b)*ab), a-ONS: CatAGM(a,b) = a*e^b. At R = 2.5, the Triad consists of HC: Heun mean, SC: MultPow, a-ONS: CatHeun(a,b) = a^((b+1)/2)*sqrt(b). The monograph derives the Hermit units and NC equations of these Triad members. Unlike the rank-3 case of M27a, Fluent Invariance generally fails at R = 1.5 and R = 2.5: the HC, SC, and a-ONS members do not share one common Hermit unit. This makes the full Rank-3 Triad exceptional. The R = 2.5 Caterpillar member introduces the Lambert W function through w*e^w = i*pi, so that tau_CatHeun = exp(W_0(i*pi)). The work identifies Lambert W as the natural special function of asymmetric half-etage structure, while the genuine AGM connects to elliptic periods and the Heun level connects to the next special-function layer. The monograph therefore builds the bridge from lower half-ranks to the full asymmetric rank-3 exponentiation theory.
Author: Garycki, Paweł Łukasz
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7161542394
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