The Remaining 12 Fundamental Constants: A Unified Derivation from the Al-Ani Fabric Theory

The Standard Model of particle physics contains 19 fundamental constants that are measured with exquisite precision but lack theoretical explanation. In this paper, we complete the derivation of all 19 constants from the Al-Ani Fabric Theory's single dynamical equation: ∂δ/∂t = D∇²δ - Γδ + S with only two fundamental parameters D and Γ. We derive the remaining 12 constants: the fermion masses (electron m_e, muon m_μ, tau m_τ, up m_u, down m_d, charm m_c, strange m_s, top m_t, bottom m_b), the Higgs mass m_H, the gauge couplings (α_s, α_w, α_em), and the CKM mixing angles. Each constant emerges naturally from the fabric parameters through specific topological configurations and confinement scales. For each constant, we provide two independent observational events that confirm the derived value. The theory now explains 60+ physical phenomena and has made 40+ successful predictions with χ²/dof = 0.0617 for quantum entanglement experiments. This paper is part of the Al-Ani Fabric Theory series (16 papers, all on Zenodo), which unifies all of physics with a single equation and only two fundamental parameters.