论文标题
重力抗筛查作为LCDM模型的替代品
Gravitational anti-screening as an alternative to the LCDM model
论文作者
论文摘要
以前，在Penner（2016）中，显示出重力反筛查理论会导致Baryonic Tully-Fisher关系。另外，它与观察到的星系的旋转曲线，其他螺旋星系的旋转曲线中观察到的特征以及昏迷簇的观察结果一致。在本文中，该理论现已证明与几何平坦的宇宙一致。使用该理论确定的宇宙的总体密度参数的模型，宇宙的总密度参数等于1.08 plus/mimus 0.19。另外，从该理论中降低的能量密度具有与之相关的负压。这与超级散装器的演变模型一起导致了无需黑能量的普遍扩展的加速。因此，引力反筛查理论为LCDM宇宙学模型提供了替代方案。
Previously, in Penner (2016), a theory of gravitational anti-screening was shown to lead to the Baryonic Tully-Fisher Relationship. In addition, it was shown to agree with the observed rotation curve of the Galaxy, the observed features in the rotational curves of other spiral galaxies, and with observations of the Coma cluster. In this paper, the theory is now shown to be consistent with a geometrically flat universe. Using a model of the distribution of superclusters, the overall density parameter of the universe, as determined by the theory, is equal to 1.08 plus/mimus 0.19. In addition, the energy density which falls out from the theory has a negative pressure associated with it. This, along with a model of the evolution of superclusters, leads to an acceleration of the universal expansion without the requirement of dark energy. The theory of gravitational anti-screening therefore provides an alternative to the LCDM model of cosmology.
