Magnetism and Light in SVR vs. Maxwell Electrodynamics

This paper compares Maxwell’s classical electrodynamics with the reinterpretation provided by Static Vibrational Reality (SVR). In SVR, electricity, magnetism, and light are unified as distinct phase states of a universal vibrational field φ with frequency Ω. Magnetism corresponds to phase-locked differentiation, light to a π/2 unlocked projection, and electricity to dynamic phase displacement. The formalism reproduces Maxwell’s equations in the φ = const limit while predicting new Ω-linked signatures. Empirical consequences are reviewed across radio polarization (NVSS, LOFAR), Planck polarization maps, weak lensing, atomic clocks, and interferometry. The framework offers a deeper unification of mass, magnetism, and light as coherent projections of the same vibrational constant.