Quarkbase Cosmology — Official Collection
Published December 14, 2025 | Version v1
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Relativistic Invariance and Experimental Constraints on Quarkbase Cosmology

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Description

This work presents the updated English version of a quantitative consistency analysis of Quarkbase Cosmology with current experimental tests of Lorentz invariance. Using the latest Standard-Model Extension (SME) Data Tables (January 2025), experimental bounds on the variation of the fine-structure constant and on photonic SME coefficients are translated into direct numerical constraints on the operative combination ε∂μΨ. The analysis is carried out component by component, clearly distinguishing laboratory and astrophysical limits and identifying the conditions required to suppress birefringent projections. The results show that Quarkbase Cosmology preserves effective local Lorentz invariance, remains compatible with all existing experimental constraints, and yields explicit, falsifiable predictions for future high-precision tests.

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Relat_Invariance_Experimental_Constraints_on_Quarkbase_Cosmology.pdf

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Preprint: https://archive.org/details/relat-invariance-experimental-constraints-on-quarkbase-cosmology (URL)

References

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  • C. Omenaca Prado, Reconfirmation of the Relativistic Invariance of the Theory of Quarkbase (eng.): Detailed Mathematical Analysis , Zenodo preprint (2025