The BECU–OLON V9 framework represents a structural refinement of the standard \ (\) CDM model, providing a purely geometric interpretation of large-scale anomalies. The core philosophy of the model shifts the explanatory burden from the postulation of additional matter components to the intrinsic geometric memory of spacetime and the resulting behavior of matter within this evolving manifold. Key Scientific Pillars: Geometric Determinism: Rather than invoking unobserved mass, the model attributes infrared anomalies to the Dimensional Flow of the spatial metric, which fundamentally governs the dynamical behavior of matter at cosmological scales. Numerical Precision & Consistency: Rejecting ad-hoc parameterizations, V9 achieves high predictive accuracy through the rigorous numerical integration of the fundamental BECU–OLON equations, ensuring total mathematical consistency. Observational Alignment: Predictions for the growth rate of structure (\ (f₈\) ) and gravitational dynamics demonstrate systematic agreement with the latest datasets from Planck, Euclid, and Hubble, offering a natural resolution to the \ (S₈\) tension highlighted by DESI 2024 results. Conclusion: BECU–OLON V9 demonstrates that cosmological tensions can be resolved by focusing on the intrinsic geometric structure of the universe. By aligning theoretical predictions with increasing observational precision, the framework restores naturalness to the cosmic evolution model, relying solely on the interplay between spacetime geometry and matter dynamics.
George Vardiampasis (2026) studied this question.