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PARADOXES OF THE COSMOLOGICAL PHYSICS IN THE BEGINNING OF THE 21-st CENTURY

机译:21世纪初的宇宙物理悖论

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In the history of cosmology physical paradoxes played important role for development of contemporary world models. Within the modern standard cosmological model there are both observational and conceptual cosmological paradoxes which stimulate to search their solution. Confrontation of theoretical predictions of the standard cosmological model with the latest astrophysical observational data is considered. A review of conceptual problems of the Friedmann space expending models, which are in the bases of modern cosmological model, is discussed. The main paradoxes, which are discussed in modern literature, are the Newtonian character of the exact Friedmann equation, the violation of the energy conservation within any comoving local volume, violation of the limiting recession velocity of galaxies for the observed high redshift objects. Possible observational tests of the nature of the cosmological redshift are discussed.
机译:在宇宙学史上,物理悖论对当代世界模型的发展发挥着重要作用。在现代标准宇宙学模型中,有观察和概念的宇宙学悖论,刺激他们的解决方案。考虑了与最新的天体物理学观测数据的标准宇宙学模型的理论预测的对抗。讨论了关于现代宇宙学模型基础的Friedmann空间消费模型的概念问题综述。在现代文学中讨论的主要悖论是精确的Friedmann方程的牛顿特征,违反了任何Comoving局部体积内的节能,违反了所观察到的高射频物体的星系的限制衰退速度。讨论了宇宙中红移性质的可能观察试验。

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