Time, Entropy, and Curvature: The Final Equation of Bilinear Cosmology

ENGLISH: This paper presents the thermodynamic completion of Bilinear Cosmology. Building upon the Bilinear Gravitational Coupling Model, Distance–Age Analysis, and The No-Bang Interpretation, it proposes that time arises from the entropy gradient of the bilinear curvature field governed by □G = κρvρd. As S(t) approaches the holographic limit Smax, both curvature variation and temporal flow vanish, predicting a cyclic cosmogenesis. PORTUGUÊS: Este artigo apresenta a conclusão termodinâmica da Cosmologia Bilinear. Com base no Modelo Bilinear de Acoplamento Gravitacional, na Análise Distância–Idade e na Interpretação Sem Big Bang, propõe-se que o tempo físico surge do gradiente de entropia do campo de curvatura bilinear regido por □G = κρvρd. À medida que S(t) se aproxima do limite holográfico Smax, tanto a variação

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-10-18
DOI
https://doi.org/10.5281/zenodo.17448774
Primary Topic
Irish and British Studies
Type
article
Field-Weighted Citation Impact
0.00
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article

Time, Entropy, and Curvature: The Final Equation of Bilinear Cosmology

Zenodo (CERN European Organization for Nuclear Research)
Irish and British Studies
article

Time, Entropy, and Curvature: The Final Equation of Bilinear Cosmology

article en

Abstract

ENGLISH: This paper presents the thermodynamic completion of Bilinear Cosmology. Building upon the Bilinear Gravitational Coupling Model, Distance–Age Analysis, and The No-Bang Interpretation, it proposes that time arises from the entropy gradient of the bilinear curvature field governed by □G = κρvρd. As S(t) approaches the holographic limit Smax, both curvature variation and temporal flow vanish, predicting a cyclic cosmogenesis. PORTUGUÊS: Este artigo apresenta a conclusão termodinâmica da Cosmologia Bilinear. Com base no Modelo Bilinear de Acoplamento Gravitacional, na Análise Distância–Idade e na Interpretação Sem Big Bang, propõe-se que o tempo físico surge do gradiente de entropia do campo de curvatura bilinear regido por □G = κρvρd. À medida que S(t) se aproxima do limite holográfico Smax, tanto a variação

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 35%
Irish and British Studies
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