Second Empirical and Numerical Research Package (Studies 12-17): Confronting the Quantum Lemniscate Theory (QLT /MHSS / MCBB) with Modern Particle Physics and Observational Cosmology Anomalies

Abstract

This paper constitutes the second volume of the empirical verification compendium for the Quantum Lemniscate Theory (QLT /TLK), extending the initial eleven audits with six new analytical and numerical studies (Studies 12-17). Relying exclusively on the physical constants and geometric invariants derived and validated in the first Verification and Correction Annex- critical Mott-insulator pressure, nucleon core radius, Borromean knot invariant, orthogonal quadrant ratio, and Solid-angle relaxation factor,performa zero-free-parameter confrontation of the theory against six prominent unresolved anomalies in modern physics: (12) the Proton Charge Radius Puzzle (CREMA muonic hydrogen vs. electron-proton scattering), (13) the Hubble Constant Tension, (14) the Fermilab E989 Muon g -2 anomalous magnetic moment excess, (15) the CDF II W± boson mass anomaly in pp collisions, (16) the External Field Effect (EFE) in SPARC galaxy rotation curves, and (17) gigaparsec-scale quasar spin axis alignment. The rheology of the saturable superfluid condensate in the Eternal Now reproduces all six anomalies with an accuracy exceeding 99.5% without invoking dark matter halos, early dark energy, or supersymmetric particles. TWo complete reference verification scripts in Python are included.