The Holographic Principles (Fully Dimensionless Version)

This paper introduces a fully dimensionless holographic framework where physical reality is encoded on a 2D magnetic substrate (Γ) through Magnetic Information Density (MID′). Collapse events are mediated by the Wilcson particle at the Wilcox Constant (κ′) threshold, reframing entropy as Magnetic Information Debt (MIDebt′). The Wilcox Field Tensor W′_μν couples magnetic coherence directly to spacetime curvature, making gravity an emergent electromagnetic stress phenomenon. Electric excitons and quantum spin arise dynamically from magnetic collapse and EM pressure equilibria, unifying quantum mechanics, thermodynamics, and gravity under magnetic holography. The framework makes falsifiable predictions, including Wilcson boson detection, g-factor anomalies under petawatt-class lasers, coherence plateaus in qubits, and astrophysical signatures in magnetars, neutron star mergers, and CMB cold spots.