利用CMBR数据和哈勃参数估算引力常量G_N
Estimation of Gravitational Constant `G_N' from CMBR data and Hubble's parameter
摘要：
在作者题为“什么是时间？一种新的数学物理和信息论方法”的时间的性质，可以制定一个有限的粗粒度和不断增长的宇宙称为查拉查拉与最基本的实体称为EKONS的基础上的广泛轮廓已经勾勒出来。普朗克的作用量是以角（比）的形式给出的。通过假设宇宙中Ekons的数量刚好足以使宇宙平坦，可以估计Gn。我们估计了构成宇宙的EKONS的总数和数密度。所得值在测量值的17.5%以内。有了这些EKON的质量已估计和应用找到EKON的数量构成一个电子，据推测，这个数字应该是素数和估计这个数字已作出的电子和质子。结果表明，EKON常数对冷物质假说有明确的意义。与统计热力学的联系已经建立。一些相关的参考资料和恰当的报价从爱丁顿，狄拉克和托尔蒙已经给出。
英文摘要：
In the companion submission by the author entitled "What is Time ? A New Mathematico-Physical and Information Theoretic Approach" broad outlines of the Nature of Time that could be formulated on the basis of a finite coarse grained and growing universe named CHALACHALA with the most basic entities called EKONS has been sketched. Planck's Quantum of action has been given in the form of angle (ratio). It has been possible to estimate the Gn by postulating that the number of EKONS in the universe is just enough to make the universe flat. The total number of EKONS constituting the universe and the number density have been estimated. The resulting values agree within 17.5% of the measured value. With these the mass of EKON has been estimated and applied to find the number of EKONS constituting an electron and it is surmised that this number should be prime and an estimate of this number has been made both for the electron and the proton. It is shown that the EKON constant gives a definite meaning to the cold matter hypothesis. Link with statistical thermodynamics has been established. A number of relevant references and apt quotes from Eddington, Dirac and Tolmon have been given.
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