The M2 Soliton Function, Layer Three: The Magnetic-Moment Campaign — Magnetic Monopolization, the Pairing Axiom, and Pre-Registered Three-Number Co-Production Criteria

Within the CSF-CMT (constrained meta-field theory) program, the only legal identity of a magnetic monopole is a confined monochromatic charge (a defect pair plus a flux string); free monopoles are illegal because their energy diverges (E = 4πf²R). The pairing axiom stipulates strictly paired ±-winding |Q| = 1 units as elementary constituents (six flavors × male/female = twelve sub-states). Magnetic confinement occurs at the same truncation event as color confinement, and its sole physical landing site is intra-nucleon manifestation: the male–female string-net texture forms the nucleon’s inner garment, read out externally as the magnetic moment through a channel selector (color flux forbidden, magnetic texture flux admitted). Evidence chain: the neutron carries zero charge yet a nonzero magnetic moment (−1.913 μ_N), a texture readout; the non-integer ratio μ_p/μ_n = −1.4599 constitutes texture evidence. This paper freezes the texture-calculus verdict protocol: a single parameter set must co-produce μ_p/μ_n = −1.4599, a nonzero G_E^n shape, and r_n² ≈ −0.116 fm² (overdetermined; post-hoc selection forbidden). Three lattice-audit criteria are frozen in parallel: the texture boundary mode versus m_dual ≈ 1–1.5 GeV within ±30%; the texture confinement share with passing band 80–100%; and overdetermined three-number co-production. Eötvös composition independence at 10⁻¹⁵ is registered as the fifth pre-registered criterion. The verdict is anchored twice: the muon clock (the η measurement, an environmental-dependence scan of the muon lifetime at 10⁻⁶ precision) and the neutron charge-radius table. Honesty boundary: the three-number co-production is a delivery obligation, not an achieved result — criteria are frozen before numbers; failure would demote the entire texture mapping to the interpretation layer.KeywordsCSF-CMT; constrained meta-field theory; magnetic monopolization; pairing axiom; texture calculus; nucleon magnetic moments; neutron charge radius; confinement; pre-registered criteria; lattice audit; negative-result discipline