Topological Vortex Superradiance and Hadronization Multiplicity: Quantitative Analysis of ALICE Data and Falsi cation Framework

We present a quantitative analysis of the topological vortex superradiance mechanism forcolor con nement and hadronization, applied to published ALICE collaboration data (PbPb√s=5.02 TeV). Using explicit formulas from our uni ed framework combining superradiantampli cation, two-mode squeezed vacuum (TMSS) collective projection, and theMorphology of Vacuum Condensate (MVC) critical-density threshold, we performreanálysis of charged hadron multiplicity distributions versus centrality. We nd: (i)exponential scaling with , con rming superradiant gain; (ii) linear dependence on entanglement entropy proxy, consistent with bifurcation dynamics; (iii) anomalous central to-peripheral ratio of 13.9× (versus 2 baseline emitters), implying collective participation. These observations align with vortex saturation and fragmentationpredicted by our model. We establish explicit falsi cation criteria at lattice-QCD, collider,and quantum-simulator platforms, and propose a coordinated experimental program totest or exclude each postulate of our framework within 2-4 years.