What question did this study set out to answer?

The aim is to redefine gravity through the Higgs Quantum Gravity Theory, challenging existing models.

April 1, 2026Open Access

Mathematical Formalization and Validation Protocol of the Higgs Quantum Gravity Theory (HQGFT)

Key Points

The aim is to redefine gravity through the Higgs Quantum Gravity Theory, challenging existing models.
Developed a theoretical framework departing from General Relativity.
Conducted 1,000 computational iterations for validation.
Demonstrated mechanics of gravity using electron spin and the Higgs Field.
Gravity identified as a vacuum suction force.
Mathematical singularities at Planck scales are eliminated.
Achieved precise recovery of the gravitational constant $G$ at a precision exceeding $10^{-10}.

Abstract

This treatise presents the comprehensive doctrinal and experimental framework of the Higgs Quantum Gravity Theory (HQGFT). We propose a fundamental departure from the geometric model of General Relativity (GR), postulating instead a model of gravity induced by the mechanical interaction between electron spin and the Higgs Field. Through a rigorous computational validation protocol involving 1, 000 iterations, we demonstrate that gravity emerges as a vacuum suction force, effectively eliminating mathematical singularities at Planck scales and recovering the gravitational constant G with a precision exceeding 10^-10. Includes Python simulation source code and convergence datasets.

Mathematical Formalization and Validation Protocol of the Higgs Quantum Gravity Theory (HQGFT)

Key Points

Abstract

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