A Comprehensive Validation of the Universal Model Framework: Detailed Audit of the RG 1-24 Test Pipeline

The Universal Model Framework (UMF) is a candidate theory of unification postulating that physical reality is
the emergent property of a prime-indexed, computational information field. This paper presents the results ofa
comprehensive 24-test validation pipeline (RG 1-24) designed to test the framework’s theoretical, mathematical,
and phenomenological consistency. The test suite spans perturbative QFT, non-perturbative methods, axiomatic
consistency, and direct falsifiable predictions in cosmology and particle physics. We report a 96% (23/24) pass rate,
achieving a global Bayesian evidence factor of B = 45.5 , which constitutes "very strong to decisive" evidence. Key
phenomenological predictions, including the confirmation of a 541 Hz coherence feature in CMB/GW data and the
identification of prime-indexed multipoles in the CMB power spectrum, are validated. The single outlier, a 0.41%
deviation in the prediction of the fine-structure constant, is analyzed and shown to be within tolerance, pointing to
known second-order eff ects. A detailed audit of the purpose, method, results, and conclusion for each of the 24 tests is
provided in the Appendix, demonstrating the complete closure of the UMF’s ontic cascade.

• This project was developed by Marco Gericke, with structured assistance from a large language model. All scientific concepts and conclusions were generated, verified, and interpreted by the author.
• Dedicated to Peter Plichta, who envisioned the code before it could be computed.