量子宇宙学实用模型的概念和结果

Utpala Venkata Satya Seshavatharam, Sreerama Lakshminarayana
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引用次数: 6

摘要

我们提出了关于一个非常简单实用的量子宇宙学模型的新概念和结果,该模型基于光速膨胀的黑洞宇宙,没有暗物质和暗能量。大爆炸概念可以用Plank scale代替。宇宙温度和膨胀率可以用霍金黑洞温度公式来表示。从宇宙中心到宇宙边界,星系加速度呈递减趋势,在宇宙边界处持续以光速膨胀。宇宙黑洞物理概念可以消除“大尺度距离上星系的因果分离”的问题。暗物质的概念可以用“由弱相互作用引起的银河系重子质量的超引力”来消除。宇宙膨胀和暗能量的概念可以用“光速膨胀”来消除。为了适应估计的光传播距离并消除暗能量,可以重新定义宇宙红移
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Concepts and Results of a Practical Model of Quantum Cosmology
We have proposed new concepts and results pertaining to a very simple and practical model of quantum cosmology based on light speed expanding black hole universe having no dark matter and no dark energy. Big bang concept can be replaced with Plank scale. Cosmic temperature and expansion rate can be related with scaled Hawking’s Black hole temperature formula. Starting from cosmic center to cosmic boundary, a decreasing trend of galactic acceleration can be understood with continuous light speed expansion at cosmic boundary. Issue of ‘causal disconnection of galaxies at large scale distances’ can be eliminated by cosmic black hole physical concepts. Dark matter concept can be eliminated with ‘super gravity of galactic baryonic mass caused by weak interaction’. Cosmic inflation and dark energy concepts can be eliminated with ‘light speed expansion’. To fit the estimated light travel distances and to eliminate the dark energy, cosmic red shift can be redefined
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