What question did this study set out to answer?

Explore a unified theory of gravitational physics, electromagnetism, and the Standard Model using a single action framework.

June 28, 2026Open Access

Motti Intermediate Physics — HAL: The Coherential Unification — Gravity, Electromagnetism, BMS Symmetry, and the Standard Model from One Action

Key Points

Explore a unified theory of gravitational physics, electromagnetism, and the Standard Model using a single action framework.
Developed an action L_total combining multiple physical theories: L_coherential, L_gravity, L_gauge, and L_matter.
Identified topological sectors and symmetries relevant to unifying physics through structural bridges.
Formulated twenty falsifiable predictions, including Higgs mass and test parameters for LIGO.
Predicted Higgs mass at 125.706 GeV.
Primary test parameter for LIGO O5 is epsilon = +0.7297% expected by 2027.
Confirmed structural bridge to SU(3)_c via Z_3 symmetry in the topological sector.

Abstract

A single action Lₜotal = Lcoherential + Lgravity + Lgauge + Lₘatter unifies gravitational physics, electromagnetism (alphaₑm = 1/137. 036 derived from n=27), BMS asymptotic symmetry (Strominger triangle closed), cosmology (eta, OmegaLambda, H₀), and the Standard Model (via Post I-prime and Higgs portal kappa). The topological sector cos (3 phi) carries exact Z₃ symmetry, providing a structural bridge to SU (3) c (CU-1 bis, Step 1 proved). Twenty falsifiable predictions. Primary test: LIGO O5 epsilon = +0. 7297% ~2027. Higgs mass prediction: 125. 706 GeV. g₂ and g₃ remain SM inputs.

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