What question did this study set out to answer?

To provide kinematic validation for the Quantum Higgs Gravitational Field Theory and its implications for galactic rotation.

March 29, 2026Open Access

Treatise on the Higgs Quantum Gravitational Field Theory (HQGFT): Kinematic Validation and Electron-Graviton Unification.

Key Points

To provide kinematic validation for the Quantum Higgs Gravitational Field Theory and its implications for galactic rotation.
Conducted five detailed simulations focusing on the Master Suction Equation (MSEq)
Analyzed galactic rotation anomalies in galaxies M31 and M33
Derived theoretical relations between the electron and Higgs fluid tension
Achieved statistical convergence of MSE = 10.90 in both M31 and M33 simulations
Demonstrated resolution of galactic rotation anomalies without dark matter involvement
Established the electron as a primary factor for Higgs fluid tension

Abstract

This technical treatise provides formal kinematic validation of the Quantum Higgs Gravitational Field Theory (HQGFT). The study presents five detailed simulation reports focusing on the Master Suction Equation (MSEq), demonstrating that galactic rotation anomalies can be resolved without resorting to dark matter. Key results include a statistical convergence of MSE = 10.90 in simulations of the galaxies M31 and M33, along with the theoretical derivation of the electron as the primary stimulus for Higgs fluid tension. This paper serves as a comprehensive technical appendix to the original HQGFT framework.

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