Topological Flux Field Theory (TFF), Parts I–III

Topological Flux Field Theory (TFF) is an independently proposed hypothetical framework for gravity and inertia, presented in three parts. Part I develops the axioms, flux topology and the mass–flux relation. Part II derives the confined-spin-circulation mass equation M = (8/c) Σ J_i/r_i and upgrades nuclear binding energy to a quantitative correction (the dispersion across four orbits reduced from 0.79% to 0.13%). Part III reports out-of-sample back-testing of disk density scaling on 85 galaxies. The framework is explicitly a hypothesis: the near-exact numerical agreement with standard values follows from the calibration identity αψ₀ = 4πG (a reconstruction, not independent evidence); the 8/4 coefficient is a geometric convention; and no claim of experimental verification is made.