PPKBH-4DFC Paper II: The Post-Pop Newtonian Temporal Architecture and the 12-Test Falsification Crucible

The PPKBH-4DFC framework replaces the infinite FLRW metric with a finite, thermodynamically active Kerr void. Following the 6.00-second genesis pop that relaxed high-energy Einstein spatial curvature, the progeny universe operates as a spatially flat void governed entirely by Newtonian temporal clock-rate gradients (g₀₀) with 100% locked baryonic inertia. This paper details the active Nucleonic Metric Tensioning (NMT) ratchet, where continuous thermodynamic leakage from proton hoop-tension reels in the cavity's 19.7% temporal slack. This time-based gradient flattens galactic rotation curves without particulate Dark Matter, while zero-sum conservation relaxes cosmic void clocks to natively resolve the Hubble Tension (H₀ = 73.80 km/s/Mpc) and match DESI dynamical dark energy constraints without a Cosmological Constant. The framework culminates in 12 strict falsification tests, including the 12-year SKA redshift drift, the absence of early-galaxy temporal slack (Keplerian high-z outer rotation curves), a 4.58 × 10⁶ M_ Progenitor Twin match for Sgr A*, and the absence of primordial Lithium-7.