From Relativity to Reality - How HoloGenesis Supersedes General Relativity

General Relativity (GR) stands as one of the most profound achievements of modern physics. Yet, for all its empirical successes, it fails to close the circle of explanation: spacetime is assumed rather than derived, constants are inserted rather than explained, and singularities expose the incompleteness of the framework. HoloGenesis (HG) begins where GR ends. It grounds geometry in a real medium — the dark-cloud lattice — and derives the constants and field relations from structural first principles. This chapter demonstrates that HG not only reproduces the predictive power of GR but supersedes it by embedding its equations in a coherent architecture that closes the ontological gaps. Numerical verification of G and H is provided, and classical tests (perihelion advance, lensing, and gravitational waves) are shown to emerge seamlessly within the HG form. © 2025 Grégoire Mommaerts, HoloGenesis. This work is protected under international copyright law.