Methodological Synthesis and Comparative Analysis of the Quantum Lemniscate Theory (QLT / MHSS / MCBB), Paradigm Conceptual Guide, Overdetermination Proof, Paradigm Comparison, and Popperian Falsification Matrix (v6)

This paper provides a comprehensive methodological and conceptual summary of the five-core-paper cycledefining the Quantum Lemniscate Theory (QLT), the Micro-Hydrodynamic Substrate Structure (MHSS) model,and Multi-Centric Big Bounce (MCBB) cosmology in their v6 editions. Part I presents an accessible overviewof the physical mechanisms of the theory: the elimination of time as a fundamental dimension in favor of spatialphase reconfigurations (∆S) within the Eternal Now, the replacement of black hole singularities with Mottinsulator phase crystals at the Planck density ceiling (ρmax), the hydrodynamic origin of phenomena attributedto Dark Matter (Magnus lift force) and Dark Energy (vacuum relaxation and damping reduction), and thegeometric structure of elementary particles as topological Hopfions. Part II compiles defensive argumentsfor academic peer review: the overdetermination proof connecting proton core pressure measurements fromJefferson Lab (1035 Pa) to nucleon mass and Newton’s gravitational constant G, the results of the two-stageOntological Resilience Experiment (isolating pure PDE operators from four physical boundary conditions),and fundamental distinctions between the non-linear 3He-B quantum superfluid and classical 19th-centuryether models. Part III features three detailed comparison tables contrasting the QLT paradigm with GeneralRelativity, the Standard Model, and String Theory, alongside explicit Popperian falsification criteria (SOI siliconphotonics, LHC sidereal modulation in LST, Belle II tauon magnetic moment, LiteBIRD CMB B-modes, andDESI/Euclid Hubble constant environmental contrast).