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On Axionic Dark Matter, Gravitonic Dark Energy, and Multiverse Cosmology in the Light of Non-Linear Electrodynamics

机译:从非线性电动力学角度看轴力暗物质,引力暗能量和多元宇宙学

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The non-linear electrodynamics-based approach to a minimum time length, and the axionic Dark Matter (DM) and the gravitonic Dark Energy (DE) are presented in this paper. We approach the DM contribution to the entropy of Universe throughout the Ng quantum infinite statistics, while to obtain a comparative study between entropy in galaxies and entropy of the Universe we analyse the DE in the light of Mishra's quantum formulation of the Big Bang. In result, we receive a non-trivial approach to the initial singularities in the Early Universe cosmology.
机译:本文介绍了一种基于非线性电动力学的最小时间长度方法,以及轴突性暗物质(DM)和引力暗能量(DE)。在整个Ng量子无限统计中,我们接近DM对宇宙熵的贡献,而为了获得星系熵与宇宙熵之间的比较研究,我们根据米什拉(Mishra)的宇宙大爆炸的量子公式来分析DE。结果,我们对早期宇宙宇宙学中的初始奇点采用了一种非平凡的方法。

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