What question did this study set out to answer?

This work aims to propose a comprehensive theoretical framework that connects several fundamental physical theories while addressing unresolved issues in physics.

June 27, 2026Open Access

KoharskiQuantumSpaceMechanismOriginₒfForces₂026. pdf

Key Points

This work aims to propose a comprehensive theoretical framework that connects several fundamental physical theories while addressing unresolved issues in physics.
Introduced Quantum Space Mechanism (QSM) as a viscous fluid reinterpretation of the vacuum substrate.
Provided mathematical formalization with proofs for key parameters and derived the mass threshold for wavefunction collapse.
Integrated observational data from collaborations to support hydrodynamic derivations.
Identified Higgs Instability Scale at approximately 10^11 GeV for vacuum metric yield point.
Calculated macroscopic wavefunction collapse threshold at 178 femtograms.
Explained Dark Matter and Dark Energy in terms of Matter-Induced Volumetric Expansion and viscous pressure, respectively.

Abstract

This treatise introduces the Quantum Space Mechanism (QSM), an explanatory theoretical framework detailing the integration of the Standard Model and M-Theory with General Relativity. By reinterpreting the vacuum substrate as a viscous, dilatant fluid rather than an empty geometric background, QSM demonstrates how Inertia, Gravity, the Strong and Weak nuclear forces, and Time emerge fundamentally from its hydrodynamics. The framework provides a mechanical resolution to the Cosmological Constant Problem by identifying the Higgs Instability Scale (10^11 GeV) as the mechanical yield point of the vacuum metric, establishing a physical cutoff to the ultraviolet catastrophe. Furthermore, the QSM calculates a geometric mapping for the fermion mass hierarchy via discrete Finslerian angles of attack, explains Dark Matter signatures as the Matter-Induced Volumetric Expansion (MIVE) of the Higgs substrate, and models Dark Energy as the dynamic viscous pressure of this ongoing expansion. The theory asserts strict, falsifiable physical boundaries, including a calculated macroscopic wavefunction collapse threshold at 178 femtograms and a distinct tau-proton charge radius scaling limit of 0. 8267 fm. Version 2. 0 Updates: This version represents a major structural and mathematical update to the original 108-page manuscript, expanding the explanatory framework to 128 pages. Key updates include: Mathematical Formalization: Added explicit step-by-step proofs for the 10^22 Dark Energy geometric dilution factor, the Hubble Tension energy density equivalence, and the derivation of the 178 femtogram mass threshold for objective wavefunction collapse. Methodological Roadmap: Added a comprehensive Appendix (B) outlining the proposed mathematical program to forward-derive the 19 free parameters of the Standard Model strictly from the Entropic Moment of Inertia. Empirical Integrations: Integrated recent observational data to support the hydrodynamic derivations, including the ALICE Collaboration's findings on relativistic plasma stability and the DESI collaboration's constraints on the dynamic equation of state (w > -1). Clarifications & Structural Revisions: Refined the Abstract and Conclusion to better reflect the explanatory scope of the QSM, and clarified the mechanics distinguishing the 1-loop and NNLO integrations for the 10^11 GeV Higgs Yield Point.

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