An Atomic Stability Model in (3,3) Signature Spacetimes via Geodesic Confinement and Adjacency Restriction.

This work introduces an alternative conceptual and mathematical framework within a six-dimensional pseudo-Riemannian manifold with a (3,3) signature—three spatial and three temporal dimensions—conceived through an intuitive search for structural balance and geometric patterns in nature. Historically, multi-time universes have been dismissed due to the infinite phase space divergence stated by Tegmark’s theorem and the chaotic nature of ultrahyperbolic field equations (Fritz John’s theorem). To resolve these long-standing instabilities, this model postulates a Geometric Adjacency Restriction and a Chronological Confinement Operator within a Riemann-Cartan space with torsion. Under this formalism, elementary particles behave as continuous three-dimensional filaments rather than isolated points, causing the inverse chronological metric tensor to collapse asymptotically to zero (h0) in forbidden deviation zones. This mechanism provides an intrinsic geometric reconstruction that dampens chaotic degrees of freedom, effectively reducing the field locally to a stable, hyperbolic (3,1) behavior and localizing the quantum wave packet. Furthermore, we explicitly derive the Chrono-Gyroscopic Rigidity Equation, demonstrating how the contraction of the quantum spin density tensor S and the geometric contorsion K generates the necessary string tension to keep the temporal filament structurally taut, ensuring bounded, singularity-free metric states under high-density environments through a smooth quantum bounce. Finally, the framework extends these structural properties to the macroscopic scale of human consciousness, providing a physical foundation for cognitive imagination, verification of the Quantum No-Cloning Theorem via entanglement monogamy, and collective ideological permeation through resonant macro-torrents. We model how empathy and collective anxiety warp the adjacency fabric into social wells or constructive lifting crests, redefining compassion as the primary phase-locking metric force that allows humanity to align its advancement vectors toward an irreversible momentum of universal progress, while offering a fundamental metric interpretation for the higher universal order of the cosmos.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-03
DOI
https://doi.org/10.5281/zenodo.23918451
Primary Topic
Relativity and Gravitational Theory
Type
preprint
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preprint

An Atomic Stability Model in (3,3) Signature Spacetimes via Geodesic Confinement and Adjacency Restriction.

David Abbdul Madrigal González
Zenodo (CERN European Organization for Nuclear Research)
Relativity and Gravitational Theory
preprint

An Atomic Stability Model in (3,3) Signature Spacetimes via Geodesic Confinement and Adjacency Restriction.

David Abbdul Madrigal González
preprint en

Abstract

This work introduces an alternative conceptual and mathematical framework within a six-dimensional pseudo-Riemannian manifold with a (3,3) signature—three spatial and three temporal dimensions—conceived through an intuitive search for structural balance and geometric patterns in nature. Historically, multi-time universes have been dismissed due to the infinite phase space divergence stated by Tegmark’s theorem and the chaotic nature of ultrahyperbolic field equations (Fritz John’s theorem). To resolve these long-standing instabilities, this model postulates a Geometric Adjacency Restriction and a Chronological Confinement Operator within a Riemann-Cartan space with torsion. Under this formalism, elementary particles behave as continuous three-dimensional filaments rather than isolated points, causing the inverse chronological metric tensor to collapse asymptotically to zero (h0) in forbidden deviation zones. This mechanism provides an intrinsic geometric reconstruction that dampens chaotic degrees of freedom, effectively reducing the field locally to a stable, hyperbolic (3,1) behavior and localizing the quantum wave packet. Furthermore, we explicitly derive the Chrono-Gyroscopic Rigidity Equation, demonstrating how the contraction of the quantum spin density tensor S and the geometric contorsion K generates the necessary string tension to keep the temporal filament structurally taut, ensuring bounded, singularity-free metric states under high-density environments through a smooth quantum bounce. Finally, the framework extends these structural properties to the macroscopic scale of human consciousness, providing a physical foundation for cognitive imagination, verification of the Quantum No-Cloning Theorem via entanglement monogamy, and collective ideological permeation through resonant macro-torrents. We model how empathy and collective anxiety warp the adjacency fabric into social wells or constructive lifting crests, redefining compassion as the primary phase-locking metric force that allows humanity to align its advancement vectors toward an irreversible momentum of universal progress, while offering a fundamental metric interpretation for the higher universal order of the cosmos.

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