Progressive Matter-Antimatter Asymmetry: A Quantitative Framework Derived from Genesis 1

Version 3 — March 2026 This paper presents the Progressive Matter-Antimatter Asymmetry (PMAA) framework — a quantitative model for the observed universal matter-antimatter asymmetry derived from systematic verse-by-verse analysis of Genesis 1: 1–31. The framework maps the sequential creative acts described in Genesis onto measurable physical mechanisms (photosynthesis, stellar nucleosynthesis, gravitational dynamics, biological reproduction), derives its own asymmetry parameter (fₛ ≈ 0. 05–0. 07), and generates specific quantitative predictions including antimatter distribution in cosmic voids at ~0. 34 antibaryons/m³ with boundary annihilation signals testable by next-generation gamma-ray observatories. The Day 4 stellar creation event produces an electromagnetic radiation field whose temperature (~2. 7 K) matches the measured cosmic microwave background (T = 2. 725 K) to within 2% — the first derivation of the CMB temperature from any framework's own premises. The framework's unstructured baryonic matter prediction is directly confirmed by the COS-Halos circumgalactic medium survey. Preliminary multi-frequency cross-correlation analysis using published Planck satellite data supports the framework's prediction that the CMB temperature field correlates with the cosmic web with blackbody frequency dependence — a signal measured at the thermal Sunyaev-Zel'dovich null frequency (217 GHz) across three independent frequency channels, reported in the companion paper (Hughes 2026b). All post-creation mechanisms are observable, measurable, and currently operating. The paper provides a direct comparison with Big Bang baryogenesis on identical evidential standards, distinguishes Lambda Cold Dark Matter's inherited science from its added components, includes explicit falsification criteria, and acknowledges limitations honestly. Hebrew grammatical analysis, 16 quantitative tables, 60 peer-reviewed references, and seven technical appendices support the full argument. Companion Paper Hughes, J. (2026b). "Cosmic Microwave Background and Gravitational Structure: A Quantitative Extension of the Progressive Matter-Antimatter Asymmetry Framework. " Zenodo. DOI: 10. 5281/zenodo. 19053792. Extends PMAA to CMB angular structure and gravitational observations attributed to cold dark matter. Includes Limber projection of measured P (k), gravitational structure analysis, ΛCDM adversarial assessment, falsification criteria for both frameworks, and preliminary Planck multi-frequency cross-correlation analysis (Appendix H) using published Planck 100/143/217/353 GHz frequency maps, SMICA CMB map, and NILC Compton y-parameter map.