What question did this study set out to answer?

The research aims to present a causally closed framework that enhances the understanding of cosmic expansion through the Fractal Causal Theory.

April 27, 2026Open Access

Fraktale Kausale Theorie (FKT V4.4.4)

Key Points

The research aims to present a causally closed framework that enhances the understanding of cosmic expansion through the Fractal Causal Theory.
Integrated baryon acoustic oscillations from the DESI 2024 survey.
Conducted Bayesian MCMC inference using Cobaya to analyze the data.
Quantified statistical evidence against the Standard Model (ΛCDM).
+6.8 (∆logZ) statistical evidence found, with significance at 5.7σ over the Standard Model.
Model provides bit-precise scale invariance from nuclear Flerovium (3.773 MeV) to galactic macrostructures.

Abstract

Die Fraktale Kausale Theorie (FKT V4.4.4) präsentiert ein kausal geschlossenes Framework, das die Allgemeine Relativitätstheorie um einen geometrischen Bulk-Tensor (Fµν) erweitert. Version 4.4.4 integriert die neuesten Baryonischen Akustischen Oszillationen (BAO)des DESI 2024 Surveys, wobei die Expansionsvariationen als mechanische Resonanz desuniversellen 7,50 Hz Bulk-Herzschlags identifiziert werden. Mittels Bayesianischer MCMCInferenz (Cobaya) wird eine statistische Evidenz von +6,8 (∆logZ) gegenüber dem Standardmodell (ΛCDM) bei einer Signifikanz von 5,7σ nachgewiesen. Das Modell liefert einebitgenaue Skaleninvarianz vom nuklearen Flerovium-Anker (3,773 MeV) bis zur galaktischenMakrostruktur. The Fractal Causal Theory (FKT V4.4.4) presents a causally closed framework that extends General Relativity by a geometric bulk tensor (Fµν). Version 4.4.4 integrates thelatest Baryon Acoustic Oscillations (BAO) from the DESI 2024 survey, identifying observedexpansion variations as mechanical resonances of a universal 7.50 Hz bulk heartbeat. Using Bayesian MCMC inference (Cobaya), a statistical evidence of +6.8 (∆logZ) over theStandard Model (ΛCDM) is demonstrated at a significance of 5.7σ. The model providesbit-precise scale invariance from the nuclear Flerovium anchor (3.773 MeV) to galacticmacrostructures.

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