What question did this study set out to answer?

To present Enhanced Energy Wave Theory (EWT) as a unified approach to derive fundamental constants from geometry.

March 12, 2026Open Access

The Geometric Identity of Gravity and Dimensional Unification Resolving, Lepton (g-2) ₗ, Weinberg, and Cabibbo Mixing

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Enhanced Energy Wave Theory demonstrates a geometric identity resolving fundamental constants and particles' interactions, suggesting unification.

To present Enhanced Energy Wave Theory (EWT) as a unified approach to derive fundamental constants from geometry.
Derived the vacuum stiffness constant from first principles using BCC lattice structure.
Established a Geometric Scaling Ladder linking interaction strengths with dimensional hierarchy.
Calculated the Anomalous Magnetic Moments for leptons using recursive nodal integration.
Identified the gravitational constant and fine-structure constant through a single geometric identity.
Provided a null-error match for the CDF II $M_W$ anomaly, showing connection to lattice geometry.
Predicted measurable shifts in gravitational constant and fine-structure constant under extreme conditions.

Łukasz Smoliński (2025) studied this question.

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Enhanced Energy Wave Theory demonstrates a geometric identity resolving fundamental constants and particles' interactions, suggesting unification.