De la Formulación Epistemológica del Logoverso a la Propuesta del Logoverso como Hipótesis Científica: Fundamentos, Alcance y Criterios de Contrastabilidad
Year: 2026
Type: article
Abstract: The study aimed to determine under which conditions the Logoverse could be formulated as a scientific hypothesis concerning the structural intelligibility of the cosmos without presenting it as a consolidated physical theory. A theoretical, comparative, and methodological design was used. Cosmological, epistemological, and metaphysical levels were distinguished; rival families of unified, fragmented, and observational-selection models were constructed; and intelligibility was operationalized through compression, comparative evidence, predictive transfer, robustness, and anomaly cost. A preliminary audit of empirical sufficiency was also conducted using public results from precision cosmology, baryon acoustic oscillations, and gravitational waves. The results enabled the formulation of the principle of progressive rational intelligibility, the derivation of four differential predictions, and the establishment of rules for support, rejection, and downgrading. The audit showed that sufficiently heterogeneous data existed to calibrate the indicators and assess protocol feasibility, but not to claim independent corroboration because the analysis was retrospective. It was concluded that the Logoverse could be classified as a programmatic structural scientific hypothesis, provided that future tests were preregistered, used held-out data, and accepted adverse outcomes. A favorable result would not, by itself, demonstrate a personal Logos or a First Cause, because that inference would belong to a subsequent philosophical assessment. The resulting framework provided a way to distinguish a philosophically fruitful intuition from an empirical claim subject to public scrutiny, independent replication, and adversarial comparison. The proposal therefore retained its interdisciplinary openness without conflating methods or anticipating the conclusions of future tests.
Author: Humberto Prado Flores
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W7204547303