We derive the leading-order anomalous magnetic moment of the electron from Unified Foam Field Theory (UFFT). The electron is a closed T₂g torsion loop, the photon is a D-mode displacement wave, the coupling constant α is derived from Oₕ geometry (0. 21 ppb, Paper #3), and the loop measure follows from the correspondence principle (Part IV). In the continuum/IR limit, the foam ingredients map exactly onto QED: propagator 1/k², vertex ieγ_μ, measure d⁴k/ (2π) ⁴. The one-loop Schwinger diagram gives (g−2) /2 = α/ (2π) = 0. 001161409733, against the observed 0. 001159652181. The 0. 15% residual is the known 2-loop contribution, not yet computed in UFFT. Zero free parameters. All inputs foam-derived.
Luke Martin (Wed,) studied this question.