THE Rs(12) METRIC: A MECHANICAL MODEL OF QUELIUM PHASE-SHIFT AND TOPOLOGICAL DISPLACEMENT

I have identified that the standard gravitational radius is an approximation that fails to account for the physical architecture of the medium. I propose the Rs(12) Metric to replace the smooth-manifold assumption with a structural reality: Rs(12) = [2G * (M + Σδi)] / c² In this formula, Σδi (Sigma Delta) is not a variable of mass, but a variable of Geometric Stress. It represents the 5% radial offset required whenever the 12-axis limit is exceeded. I posit that "Dark Matter" is not an elusive particle, but the measurable strain of the Quelium grid attempting to maintain a 12-point balance under the pressure of a 13th pinch. When Σδi is zero, the system follows standard Newtonian expectations; when it is non-zero, we observe the "anomalous" gravitational effects currently attributed to missing mass.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-04-12
DOI
https://doi.org/10.5281/zenodo.19535729
Primary Topic
Cosmology and Gravitation Theories
Type
article
Field-Weighted Citation Impact
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article

THE Rs(12) METRIC: A MECHANICAL MODEL OF QUELIUM PHASE-SHIFT AND TOPOLOGICAL DISPLACEMENT

Sean Merrifield
Zenodo (CERN European Organization for Nuclear Research)
Cosmology and Gravitation Theories
article

THE Rs(12) METRIC: A MECHANICAL MODEL OF QUELIUM PHASE-SHIFT AND TOPOLOGICAL DISPLACEMENT

Sean Merrifield
article en

Abstract

I have identified that the standard gravitational radius is an approximation that fails to account for the physical architecture of the medium. I propose the Rs(12) Metric to replace the smooth-manifold assumption with a structural reality: Rs(12) = [2G * (M + Σδi)] / c² In this formula, Σδi (Sigma Delta) is not a variable of mass, but a variable of Geometric Stress. It represents the 5% radial offset required whenever the 12-axis limit is exceeded. I posit that "Dark Matter" is not an elusive particle, but the measurable strain of the Quelium grid attempting to maintain a 12-point balance under the pressure of a 13th pinch. When Σδi is zero, the system follows standard Newtonian expectations; when it is non-zero, we observe the "anomalous" gravitational effects currently attributed to missing mass.

Zenodo (CERN European Organization for Nuclear Research)
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