TRUE 7.0: Unification of Redistributive Dynamics via a Universal Functional Operator

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Main Author: Febba, Michel
Format: Recurso digital
Language:English
Published: Zenodo 2025
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author Febba, Michel
author_facet Febba, Michel
contents <p>TRUE 7.0 extends TRUE 6.8.1/6.8.2 by generalizing the redistributive field K_dyn into a functional operator K, applicable to L-functions (Dirichlet, elliptic curves), quantum systems, and complex networks. Based on the convergence results of ζ(s) zeros (86% reduction of E for n=100, γ ≈0.183), K unifies mathematical and physical attractors under a single entropy-minimizing principle. Falsifiable predictions include deviations <10^{-12} for high-rank zeros and invariance of γ in [0.13, 0.24] for L-functions. This framework sets the stage for a transdisciplinary theory and enables immediate empirical testing.<br><br></p>
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_17624454
institution Zenodo
language eng
publishDate 2025
publisher Zenodo
record_format zenodo
spellingShingle TRUE 7.0: Unification of Redistributive Dynamics via a Universal Functional Operator
Febba, Michel
TRUE 7.0, Functional operator, L-functions, Redistributive dynamics, Riemann hypothesis, MCMC, Universal attractors
<p>TRUE 7.0 extends TRUE 6.8.1/6.8.2 by generalizing the redistributive field K_dyn into a functional operator K, applicable to L-functions (Dirichlet, elliptic curves), quantum systems, and complex networks. Based on the convergence results of ζ(s) zeros (86% reduction of E for n=100, γ ≈0.183), K unifies mathematical and physical attractors under a single entropy-minimizing principle. Falsifiable predictions include deviations <10^{-12} for high-rank zeros and invariance of γ in [0.13, 0.24] for L-functions. This framework sets the stage for a transdisciplinary theory and enables immediate empirical testing.<br><br></p>
title TRUE 7.0: Unification of Redistributive Dynamics via a Universal Functional Operator
topic TRUE 7.0, Functional operator, L-functions, Redistributive dynamics, Riemann hypothesis, MCMC, Universal attractors
url https://doi.org/10.5281/zenodo.17624454