Empirical Verification of the Neutralization Force Theory: Data Discovery of the Inertial Collapse Critical Point

The Neutralization Force Theory proposes that the sole zeroing driving force in the universe——the Neutralization Force——manifests in four executive states under four inertial environments. In the heavy nuclide region, the Converging Force (the macroscopic inertial accumulation of gravity within the nucleus) continuously intensifies as the neutron proportion increases. The theory predicts the existence of a critical N/Z value for inertial collapse, beyond which nuclide stability undergoes a cliff-like drop, decay modes undergo a forced switch, and the spontaneous fission channel is compelled to open. This paper uses the experimental data of 577 heavy nuclides (Z > 82, N > 126) from the NuDat public database, and through piecewise linear regression, Chow test, decay mode statistics, and half-life distribution analysis, identifies this critical inflection point at N/Z = 1.55. The data cross-validates the same conclusion across five independent dimensions: N/Z = 1.55 is the absolute dividing line between the stable state and the collapse state in the heavy nuclide region. The inflection point possesses an extremely high statistical significance (p < 0.000001), and all analyses utilize publicly available data and standardized methods, which any nuclear physicist can independently reproduce.