Randomness Is Not Random: Fractal Self-Similar Stability in the Observer-Dependent Theory of Everything

Случайность не случайна: фрактальная самоподобная устойчивость в наблюдатель-зависимой теории всего

Anton Pankratov(independent)·
randomnessgolden ratio φfractal stabilitymost irrational numberGreene residue criterionKAM theoryBanach contractionφ-residuearrow inversionBenford's lawHurst exponent

Abstract

Abstract

EN

ODTOE reads observed randomness as the residual signature of deterministic φ-stability viewed externally. The golden ratio φ is the most irrational number under Greene's residue criterion for the destruction of invariant tori, giving φ-orbits maximal survival under perturbation (KAM); convergence to Ψ* is a Banach contraction of modulus q = φ−1, residue ε(d, n) = (π − 3)2 φ−|d−d0| (φ−1)n. The thesis inverts the arrow: stability observed without the contraction appears as randomness, matching random-matrix spectra and the Hurst relation H(S) = (1 + S)/2.

Аннотация

RU

ODTOE прочитывает наблюдаемую случайность как остаточную сигнатуру детерминированной φ-устойчивости, рассматриваемой извне. Золотое сечение φ — самое иррациональное число в смысле остаточного критерия Грина для разрушения инвариантных торов, что даёт φ-структурированным орбитам максимальную живучесть при возмущении (теория KAM); сходимость к Ψ* — сжатие Банаха с модулем q = φ−1, с остатком ε(d, n) = (π − 3)2 φ−|d−d0| (φ−1)n. Тезис обращает стрелку вывода: устойчивость, наблюдаемая без доступа к сжатию, предстаёт как случайность, согласуясь со спектрами случайных матриц, законом Бенфорда и соотношением Хёрста H(S) = (1 + S)/2.

摘要

ZH

ODTOE把观测到的随机性读作从外部看到的确定性φ稳定性的残余特征。黄金比例φ是Greene不变环面破坏残差判据意义下最不可约的数,使φ结构轨道在扰动下具有最大存活性(KAM理论);向Ψ*的收敛是模为q = φ−1的Banach收缩,残差为ε(d, n) = (π − 3)2 φ−|d−d0| (φ−1)n。论点反转了推断箭头:在无法触及收缩时观测到的稳定性呈现为随机性,并与随机矩阵谱、本福特定律及赫斯特关系H(S) = (1 + S)/2相符。

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Subjects & Identifiers

Subjects:
Mathematical Physics (math-ph) · randomness · golden ratio φ · fractal stability · most irrational number · Greene residue criterion · KAM theory · Banach contraction · φ-residue · arrow inversion · Benford's law · Hurst exponent
Category:
Mathematical Structures
Authors:
Anton Pankratov (independent researcher)
Submitted:
Last modified:
Languages:
Russian (primary), English
Permanent URL:
https://odtoe.org/en/articles/randomness-fractal-stability
Journal:
Observer-Dependent Theory of Everything (ODTOE Corpus)
Comments:
For research collaboration or corrections, contact via /contact. Citations and academic engagement welcome.

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APA-like
Pankratov A. "Randomness Is Not Random: Fractal Self-Similar Stability in the Observer-Dependent Theory of Everything." Observer-Dependent Theory of Everything, odtoe.org, 2026. https://odtoe.org/en/articles/randomness-fractal-stability
BibTeX[ click to expand ]
@article{pankratov2026randomnessFractalStability,
  author    = {Pankratov, Anton},
  title     = {Randomness Is Not Random: Fractal Self-Similar Stability in the Observer-Dependent Theory of Everything},
  journal   = {Observer-Dependent Theory of Everything},
  year      = {2026},
  month     = {Mar},
  url       = {https://odtoe.org/en/articles/randomness-fractal-stability},
  publisher = {odtoe.org}
}
RIS (EndNote / Reference Manager)[ click to expand ]
TY  - JOUR
AU  - Pankratov, Anton
TI  - Randomness Is Not Random: Fractal Self-Similar Stability in the Observer-Dependent Theory of Everything
JO  - Observer-Dependent Theory of Everything
PY  - 2026
DA  - 2026-03-09
UR  - https://odtoe.org/en/articles/randomness-fractal-stability
PB  - odtoe.org
ER  - 
Randomness Is Not Random: Fractal Self-Similar Stability in the Observer-Dependent Theory of EverythingEN