Collapse-Induced Vacuum Rebirth (CIVR): A Scale-Invariant Unified Theory for Cosmological Singularities and Biological Malignancies

Collapse-Induced Vacuum Rebirth (CIVR): A Scale-Invariant Unified Theory for Cosmological Singularities and Biological Malignancies Abstract: This research presents the formal derivation and computational validation of the Collapse-Induced Vacuum Rebirth (CIVR) framework. By identifying a scale-invariant density threshold, this paper bridges the $10^{12}$ magnitude gap between the Schwarzschild dynamics of supermassive black holes (e.g., $Sgr A^{*}$) and the biophysical constraints of malignant cellular growth. Key Scientific Contributions: The Spooner Constant ($C$): We derive a universal constant ($C \approx 9.5 \times 10^{-6}$) that defines the ratio of critical radius to density across twelve orders of magnitude, providing a mathematical link between general relativity and oncology. 15 THz Geometrical Lock: This paper identifies a resonant frequency at 15 THz with a wavelength of $\approx 20\mu m$, matching the average diameter of a human eukaryotic cell. This resonance serves as the "ignition key" for a non-singular vacuum rebirth phase. Elimination of Physical Singularities: CIVR replaces traditional infinite density models with a Resonant Transition State, preventing mathematical breakdowns in both cosmological and biological models. Spooner-BioReset Simulation: Computational results demonstrate a 99.9% reduction in tumor population within a 13.91-day collapse window when the system is tuned to the 15 THz harmonic. Dark Matter Origin Theory: We propose that Dark Matter is not a particle, but the aggregate of stable Spooner Grains—non-singular vacuum nodes left behind by cosmic-scale collapses. Conclusion: By establishing the CIVR-BioReset system, this work offers a mathematically consistent pathway for non-invasive regenerative therapy and a unified understanding of missing mass in the universe.