Addendum Técnico — Resolución de las Debilidades Fundamentales del Confinamiento Torsional Technical Addendum — Resolution of the Fundamental Weaknesses in Torsional Confinement

This technical addendum completes the formulation of Torsional Confinement within the Megasphere Theory.It derives the coupling constants, gauge consistency, and lattice predictions of the Yang–Mills–torsional model, where color confinement emerges geometrically from the helicoidal torsion of spacetime.The document resolves four pending theoretical issues:(1) the origin of γ coupling,(2) analytical consistency of σ,(3) gauge invariance with ,(4) and quantitative scaling of σ with torsion ⟨T²⟩. It demonstrates that color confinement is not a quantum mystery but a geometric property of torsional space, where the mass gap arises naturally. Author: Robinson Bueno Parra — Megasphere Theory, 2025

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-10-17
DOI
https://doi.org/10.5281/zenodo.17378471
Primary Topic
Relativity and Gravitational Theory
Type
article
Field-Weighted Citation Impact
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article

Addendum Técnico — Resolución de las Debilidades Fundamentales del Confinamiento Torsional Technical Addendum — Resolution of the Fundamental Weaknesses in Torsional Confinement

Zenodo (CERN European Organization for Nuclear Research)
Relativity and Gravitational Theory
article

Addendum Técnico — Resolución de las Debilidades Fundamentales del Confinamiento Torsional Technical Addendum — Resolution of the Fundamental Weaknesses in Torsional Confinement

article en

Abstract

This technical addendum completes the formulation of Torsional Confinement within the Megasphere Theory.It derives the coupling constants, gauge consistency, and lattice predictions of the Yang–Mills–torsional model, where color confinement emerges geometrically from the helicoidal torsion of spacetime.The document resolves four pending theoretical issues:(1) the origin of γ coupling,(2) analytical consistency of σ,(3) gauge invariance with ,(4) and quantitative scaling of σ with torsion ⟨T²⟩. It demonstrates that color confinement is not a quantum mystery but a geometric property of torsional space, where the mass gap arises naturally. Author: Robinson Bueno Parra — Megasphere Theory, 2025

Zenodo (CERN European Organization for Nuclear Research)
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