In the most of existing cosmological investigations, the isotropic space–time models have been considered. In the present work, we focus on beyond this limitation and discuss the influence of anisotropy from thermodynamical perspective. The main goal of this study is to discuss the first and the generalized second laws of thermodynamics in an expanding anisotropic inhomogeneous model of the cosmos from the teleparallel gravity perspective, which is filled with the baryonic matter (BM) interacting with the dark energy (DE) and the cold dark matter (CDM) by assuming the cosmos as a thermodynamical system, which is bounded by a dynamical horizon.

中文翻译：

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通过热力学的各向异性远平行宇宙学

在大多数现有的宇​​宙学研究中，已经考虑了各向同性的时空模型。在当前的工作中，我们将重点放在这一限制之外，并从热力学角度讨论各向异性的影响。这项研究的主要目的是从远平行重力的角度讨论膨胀的各向异性各向异性模型中热力学的第一和广义第二定律，其中充满了重子物质（BM）与暗能量（DE）相互作用）和冷暗物质（CDM），方法是将宇宙假定为热力学系统，并以动态视界为界。