Signum Principia: A Mechanical Audit of the Geometric Vacuum

This thesis presents a rigorous mechanical audit of legacy theoretical physics, identifying the 1905 assumption of a geometric vacuum as a working proxy mistakenly elevated to a physical law. 

By replacing abstract coordinate geometry with the continuous, high-tension medium of the Lumen, this work derives the core observations of Relativity through classical wave mechanics and distributed parametric circuit theory. The framework establishes mass as a localized, phase-locked wave packet in the medium's flux-lattice and defines gravity as a localized pressure gradient caused by medium compression. 

Furthermore, this framework resolves the rotation curves of galaxies through a 22.3% boundary volume correction without invoking non-baryonic Dark Matter, and accounts for cosmological redshift through simple transmission line attenuation without the expansion of space. All supporting derivations are mathematically reconciled with legacy empirical data, demonstrating that modern experimental physics has already measured the physical properties of the medium.