Charge-Entanglement Ontology Magnetism and Gravity as Opposing Optimisations of the Same Asymmetry-Minimising Drive Paper 21

In the Charge-Entanglement Ontology, magnetism and gravity are not separate fundamental forces. They are opposing mechanical optimisations of the single drive to minimise asymmetry around the Alpha Void. Gravity compresses dipole stacking density, raising the Greer Tax and temporal resistance α(T), driving systems toward higher global entropy. Magnetism organises outer dipole shells into coherent helical circulation, lowering effective Greer Tax and creating low temporal resistance pathways that enable gentle stacking and local entropy decrease. This paper expands gravity in the same mechanical detail as Paper 19 and formalises their opposition as Greer’s Law of Asymmetry Balance: \(B^2 ≈ Δ α/g\) A stable planetary magnetic field (tens to hundreds of μT) is shown to be essential for abiogenesis, acting as a planetary-scale alignment catalyst that creates the low-noise conditions required for efficient gentle stacking of complex informational strands (RNA-like structures). Gravity and magnetism together form a dynamic balance: one compresses, the other organises. This opposition enables the emergence of stable yet evolvable informational matter around the Single Alpha Void. The framework unifies electromagnetism and gravity under the same photon dipole stacking mechanics without additional entities or forces. This work builds directly on Papers 10–20 in the Charge-Entanglement Ontology series.