
VERSIÓN ESPAÑOL Este trabajo presenta el Modelo Cosmológico Ψ∞, una propuesta estructural alternativa al paradigma ΛCDM. A diferencia de los modelos basados en expansión métrica e inflación, Ψ∞ plantea un universo regenerativo sin singularidades ni tiempo fundamental, utilizando un campo estructural g(x) como base física. Se incluyen derivaciones teóricas, validaciones observacionales con datos de supernovas, CMB y BAO, predicciones falsables y una solución natural a la energía oscura sin necesidad de inflación. El modelo se presenta como un marco unificado con estructura teórica completa y potencial de reemplazo al modelo estándar. ENGLISH VERSION This work introduces the Cosmological Model Ψ∞, a structural alternative to the ΛCDM paradigm. Unlike models based on metric expansion and inflation, Ψ∞ proposes a regenerative universe without singularities or fundamental time, based on a structural field g(x). The paper includes theoretical derivations, observational validation with supernovae, CMB, and BAO data, falsifiable predictions, and a natural explanation of dark energy without requiring inflation. The model is presented as a unified framework with complete theoretical structure and potential to replace the standard model.
modelo Ψ∞, estructura del universo, cosmological model, regenerative universe, structural gravity, structural theory, campo estructural, structural field, ΛCDM alternativo, modelo psi infinito, large-scale structure, inflationless cosmology, gravedad estructural, modelo estructural, energía oscura, teoría cosmológica, cosmología, dark energy, ΛCDM alternative, falsifiable predictions, universo sin inflación
modelo Ψ∞, estructura del universo, cosmological model, regenerative universe, structural gravity, structural theory, campo estructural, structural field, ΛCDM alternativo, modelo psi infinito, large-scale structure, inflationless cosmology, gravedad estructural, modelo estructural, energía oscura, teoría cosmológica, cosmología, dark energy, ΛCDM alternative, falsifiable predictions, universo sin inflación
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