Quantum Cosmic Heredity (QCH): A Non-Singular Bimetric Bounce Framework for Early Galaxy Formation and Cosmological Continuity

Abstract

🌌 Quantum Cosmic Heredity (QCH) — Release v2.0.3 Version 2.0.3 represents a complete structural, mathematical, and observational audit of the Quantum Cosmic Heredity (QCH) manuscript. This release formalizes the unification of astrophysical black holes as sub-critical Child Gravitational Containment Bubbles (GCBs), corrects linear perturbation growth equations, and fully links the 13-entry BibTeX database across all section files. 🔑 Key Updates & Deliverables Bimetric Foundations & Action: Updated Hassan-Rosen bimetric action sign conventions and verified non-singular Planck-density bounce bounds ($\rho_{\text{crit}} \approx 5.15 \times 10^{96} \text{ kg/m}^3$). Linear Perturbation Growth: Corrected the density perturbation equation sign ($\ddot{\delta}_k + 2H\dot{\delta}k - 4\pi G\bar{\rho}\dots = \mathcal{S}{\text{heredity}}$) and verified sub-horizon scale growth driven by progenitor topological inheritance matrix $\mathcal{E}(\mathbf{k})$. Dimensionless Canal Stability Parameter ($\eta$): Refined the child GCB stability parameter $\eta = \frac{G M_{\text{Mother}} \cdot r_{\text{throat}}^4}{c^2 R_{\text{separation}}^3 \cdot l_{\text{Planck}}^2}$ to be strictly dimensionless, establishing the dual-regime coalescence boundary ($\eta > 1$ siphoning vs. $\eta \le 1$ satellite pinning). Repository Architecture: Reorganized into a modular folder structure (sections/, figures/), standardized main.tex, and integrated CITATION.cff for automated open-science indexing. Complete Bibliography: Reconciled inline citations across all chapters with references.bib (including Hassan-Rosen, Ashtekar, Penrose, Hayward, LIGO/Virgo, EHT, and JWST high-redshift observational papers). 📁 Primary Deliverable 00_Quantum_Cosmic_Heredity.pdf — Full 11-page compiled manuscript.