TL;DR
This paper reviews non-conventional approaches in modern cosmology, exploring alternative geometries and field theories to address issues in standard models, and discusses the impact of spin-gravity interactions on cosmological parameters.
Contribution
It introduces the use of Absolute Parallelism geometry and its parameterized version in cosmological models, highlighting new geometric frameworks and their implications.
Findings
Comparison of world models using AP and PAP geometries.
Analysis of spin-gravity interaction effects on cosmological parameters.
Discussion on topology's role in cosmological modeling.
Abstract
Non Conventional treatments in modern cosmology, in both Steady State and Big Bang, are given. The motivation behind these treatments is to solve some of the problems of the conventional treatments in cosmology. For this aim, different geometric structures and alternative field theories, used to construct world models, are given. A brief review of Absolute parallelism (AP) geometry and its parameterized version(PAP), as a wider geometry than the Riemannian one, is presented. World models constructed using alternative field theories, constructed in the AP geometry, are discussed and compared. Some points about using topology in the field of cosmology are commented. A new path equation, admitted by the PAP geometry, is used to get the effect of spin-gravity interaction on the cosmological parameters.
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