An Enantiomorphic Cosmology: Deriving the Dark Matter to Baryonic Matter Ratio from an Architectural First Principle
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2025
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| _version_ | 1866902274159149056 |
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| author | BESSE, N. |
| author_facet | BESSE, N. |
| contents | <p><span>This paper introduces an enantiomorphic cosmological model derived from the Common-Scheme (SC), a theory of functional architecture. The model posits that our universe, an "Abstract Chirality" of dynamics and energy, emerged from a primordial "Concrete Chirality" of structure via a transitional event, redefining the Big Bang not as a creation </span><span>ex nihilo</span><span> but as a conversion of substance. The core of this paper is the demonstration that this model is not merely philosophical but quantitatively predictive. By calculating the "informational values" of the Abstract (V_A = 288) and Concrete (V_C = 54) chiralities from the SC's fractal grammar, we derive a fundamental, parameter-free prediction for the ratio of dark matter to baryonic matter. The predicted architectural ratio, </span><strong><span>Ω_c / Ω_b = 288 / 54 ≈ 5.333...</span></strong><span>, is then tested against cosmological data from the Planck satellite, which yields an observed ratio of approximately 5.357. The remarkable agreement of ~99.56% (a relative error of only 0.44%) provides strong quantitative evidence for the model. This framework also offers causal explanations for the nature of E=mc² as a law of chiral transition, the arrow of time, and the identity of dark matter as the gravitational manifestation of the Abstract Chirality's architectural plan.</span></p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_17045776 |
| institution | Zenodo |
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| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | An Enantiomorphic Cosmology: Deriving the Dark Matter to Baryonic Matter Ratio from an Architectural First Principle BESSE, N. Cosmology Theoretical Physics Dark Matter Baryonic Matter Big Bang Enantiomorphic Universe Common-Scheme Unified Theory Planck Satellite Cosmological Parameters Metaphysics Architectural Logic <p><span>This paper introduces an enantiomorphic cosmological model derived from the Common-Scheme (SC), a theory of functional architecture. The model posits that our universe, an "Abstract Chirality" of dynamics and energy, emerged from a primordial "Concrete Chirality" of structure via a transitional event, redefining the Big Bang not as a creation </span><span>ex nihilo</span><span> but as a conversion of substance. The core of this paper is the demonstration that this model is not merely philosophical but quantitatively predictive. By calculating the "informational values" of the Abstract (V_A = 288) and Concrete (V_C = 54) chiralities from the SC's fractal grammar, we derive a fundamental, parameter-free prediction for the ratio of dark matter to baryonic matter. The predicted architectural ratio, </span><strong><span>Ω_c / Ω_b = 288 / 54 ≈ 5.333...</span></strong><span>, is then tested against cosmological data from the Planck satellite, which yields an observed ratio of approximately 5.357. The remarkable agreement of ~99.56% (a relative error of only 0.44%) provides strong quantitative evidence for the model. This framework also offers causal explanations for the nature of E=mc² as a law of chiral transition, the arrow of time, and the identity of dark matter as the gravitational manifestation of the Abstract Chirality's architectural plan.</span></p> |
| title | An Enantiomorphic Cosmology: Deriving the Dark Matter to Baryonic Matter Ratio from an Architectural First Principle |
| topic | Cosmology Theoretical Physics Dark Matter Baryonic Matter Big Bang Enantiomorphic Universe Common-Scheme Unified Theory Planck Satellite Cosmological Parameters Metaphysics Architectural Logic |
| url | https://doi.org/10.5281/zenodo.17045776 |