This paper presents a quantitative demonstration of a structural admissibility framework applied to a real cosmological model. The method evaluates whether a model is structurally viable prior to empirical or computational testing. A numerical example using the ΛCDM model produces an admissibility score consistent with current scientific understanding, showing that structural validity can be assessed independently of domain dynamics. The framework functions as a non-interfering pre-testing evaluation tool and does not modify existing theories or equations.
Andrew John Paton (Sun,) studied this question.