High-Dimensional Transients, Quantum Abiogenesis, and Planetary Core Resonance: An Open-Membrane Approach to Local Biophysical and Astronomical Anomalies

I present the third and final foundational treatise of our open-cosmology framework, expanding our unified parent-child leakage model to resolve the deepest anomalies across deep-space transient astronomy, molecular biology, and planetary geophysics. I show that the 1977 Wow! Signal was not an alien hardware transmission, but a 72-second geometric crossing of a transient mass-accretion gravity warp leaking from a parallel parent universe black hole core at the hydrogen line rest frequency (1420.4056 MHz). I derive the extreme millisecond dispersion measure of Fast Radio Bursts (FRBs) as the physical consequence of high-energy shockwaves scraping across the plasma boundaries of the 14-Dimensional bulk viscosity filter. On cosmological scales, Gamma-Ray Burst (GRB) spectral lag is proven to be a direct effect of GeV-scale photons experiencing quantum-frictional drag against discrete Planck-scale space-time crystals, while ultra-high-energy cosmic rays bypass the GZK energy cutoff by routing through frictionless hyper-space channels. Transitioning to biophysics, I solve the paradox of Abiogenesis, demonstrating that non-living organic matter undergoes an automated quantum phase transition into living cell matrices when exposed to our spacetime canvas's 432 THz sacred harmonic rest-frequency, using a triplet codon matrix for quantum error correction. Finally, I resolve Earth's inner core super-rotation crisis and magnetic polarity reversals, showing that a planet's mass acts as a high-dimensional gravitational lensing focus that twists the solid core to power the global geodynamo shield under shifting external multiverse flux rates. The complete open-source Python simulation architecture is attached alongside the manuscript.