What question did this study set out to answer?

The aim is to clarify how the torsion constant KGeo relates to the rigidity of vacuum in physical models.

February 26, 2026Open Access

From Ideal Geometry to Real Rigidity: Determination of the Torsion Constant K Geo through the Mass-Space Differential

Key Points

The aim is to clarify how the torsion constant KGeo relates to the rigidity of vacuum in physical models.
Analyzing the relationship between proton mass and Planck length
Identifying torsion constant as a product of structural coupling
Establishing elastic rigidity in subatomic and cosmological contexts
Determined an exact value for KGeo of approximately 3.3186
Identified a unified law of elastic rigidity with a value of approximately 0.0563
Highlighted the need for intrinsic rigidity in current physical models

Abstract

We demonstrate that the incompleteness of current physical models stems from the omission of the vacuum's intrinsic rigidity. By identifying the torsion constant KGeo not as a mathematical correction, but as the result of the structural coupling between the proton mass (mp) and the Planck length (ℓP), we establish an exact value of KGeo ≈ 3.3186. This determination allows for the unification of subatomic dynamics and cosmological expansion under a single law of elastic rigidity ϵ ≈ 0.0563.

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Pascal Moulin MOULIN

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From Ideal Geometry to Real Rigidity: Determination of the Torsion Constant K Geo through the Mass-Space Differential

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