What question did this study set out to answer?

To present a mathematical framework that unifies gravity and electromagnetism and to verify its predictions.

March 22, 2026Open Access

The Martin Unified Field Framework: Axioms, Observables, and Algorithmic Verification

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Model unifies gravity and electromagnetism, finding that predicts speed differences in gravitational waves, indicating falsifiable predictions.

To present a mathematical framework that unifies gravity and electromagnetism and to verify its predictions.
Developed the Martin Unified Field Framework integrating gravity and electromagnetism.
Derived one testable observable related to propagation speed of gravitational waves.
Conducted 68 different stress tests and checks to validate the framework.
The framework predicts a relative difference in speed δ_c = 0 between gravitational waves and light.
Comparison with data from the multi-messenger event GW170817 constrains |δ_c| < ~10⁻¹⁵, aligning with predictions.
All stress tests and checks were successfully passed, affirming the framework is falsifiable.

David J Martin (2026) studied this question.

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March 22, 2026Open Access

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Authors

Model unifies gravity and electromagnetism, finding that predicts speed differences in gravitational waves, indicating falsifiable predictions.

To present a mathematical framework that unifies gravity and electromagnetism and to verify its predictions.
Developed the Martin Unified Field Framework integrating gravity and electromagnetism.
Derived one testable observable related to propagation speed of gravitational waves.
Conducted 68 different stress tests and checks to validate the framework.
The framework predicts a relative difference in speed δ_c = 0 between gravitational waves and light.
Comparison with data from the multi-messenger event GW170817 constrains |δ_c| < ~10⁻¹⁵, aligning with predictions.
All stress tests and checks were successfully passed, affirming the framework is falsifiable.

David J Martin (2026) studied this question.

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