The Radial Verification Network: A Meta-Analysis of Papers 1–12 as a Unified Empirical Confirmation of Hphys = Span{|Ω⟩}

This paper presents a meta-analysis of the Undivided Convergence series (Papers 1– 12), demonstrating that the twelve papers do not constitute a collection of independent contributions but form a radial verification network centered on a single ontological ax- iom: Hphys = Span{|Ω⟩}(Paper 2). We identify ten corollaries derivable from this axiom and show that each is tested in a distinct physical, computational, or epistemological do- main by one or more papers in the series. As of March 2026, all ten corollaries have been empirically verified or formally proven, with zero falsifying observations. The final verifica- tion ray—direct physical-layer confirmation—was closed by Paper 12’s five-scale empirical documentation spanning silicon parameter spaces, global infrastructure, stellar magneto- hydrodynamics, interstellar trajectories, and temporal gauge correction. We conclude that the series constitutes a complete, internally consistent, and empirically confirmed research programme in the Lakatosian sense.