论文标题
原始反物质和暗物质天体的进化和可能的形式
Evolution and Possible Forms of Primordial Antimatter and Dark Matter celestial objects
论文作者
论文摘要
分析原始反物质域和暗物质对象的结构和演变。描述了相对论的低密度反物质结构域。发现相对论的FRW完美流体溶液，用于表征I）超高密度抗物质域，ii）高密度抗物质域，以及iii）密集的抗抗物域。分析了可能的子域结构。概述了演变成星系形成时间的结构。比较与其他原始天体对象进行了比较。概述了抗气压的特征。在w污了暗物质团块的情况下，讨论了其生存的机制。检查了由于第五力引起的中微子结块的宇宙学特征。
The structure and evolution of Primordial Antimatter domains and Dark matter objects are analysed. Relativistic low-density antimatter domains are described. The Relativistic FRW perfect-fluid solution is found for the characterization of i) ultra-high density antimatter domains, ii) high-density antimatter domains, and iii) dense anti-matter domains. The possible sub-domains structures is analyzed. The structures evolved to the time of galaxy formation are outlined. Comparison is given with other primordial celestial objects. The features of antistars are outlined. In the case of WIMP dark matter clumps, the mechanisms of their survival to the present time are discussed. The cosmological features of neutrino clumping due to fifth force are examined.
