Earth's LC Resonant Parameters Derived from World Quantum Theory——A Self-Consistent Table of Projection-Layer Electromagnetic Quantities

Based on the World Quantum Theory (WQT) framework and the ontological deconstruction of vacuum electromagnetic constants, this paper derives the self-consistent LC resonant parameters of the Earth as a macro-rotational system. Using the Earth's projection layer (x=2π) as the observational anchor, and taking the Schumann resonance fundamental frequency fw=7.83 Hz as the macro-rotational frequency input, we calculate: the environmental permittivity εx=1.888×10−15 F/m, permeability μx=1.259×10−6 H/m, macro-rotational speed v=4.382×106 m/s, macro-rotational wavelength λ=5.60×105 m, characteristic radius r=λ/(2π)=8.91×104 m, equivalent inductance Lx=εx⋅r=1.68×10−10 H, and equivalent capacitance Cx=μx⋅r=0.112 F. These values automatically satisfy the WQT resonance identity with a deviation below 0.3%. This provides a strong self-consistency test for WQT and reveals that the Earth's macroscopic LC parameters are not independent constants but projections of the world quantum's macro-rotational state. All parameters are derived, not fitted. This table applies strictly to the Earth's projection layer; in other environments (SAA, lunar surface, Casimir cavities), the parameters are expected to drift with the projective coupling factor xx. Keywords: World Quantum Theory; Earth LC resonance; Schumann resonance; projection layer; macro-rotation; self-consistency