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Hubble Constant or Hubble Variable H?: Why Is the 'Exact' H Not Discovered?

机译:哈勃常数或哈勃变量h?:为什么“确切”H没有被发现?

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For many decades outstanding researchers have been continuing the wasting search for the Unique Right value of the H Hubble Constant. We have not seen the end of such activity for a long time... According to representations of the Wave Universe Concept (WU Concept), such confrontation can be very durable (similar to Sizifs Work) so long as researchers follow the representations of the Unique Right Doctrine of modern cosmology - the Standard Cosmology - and, at last, until they understand the true physical meaning of the Hubble Variable H in the light of the Cosmological Distance Law d=D·10m/5Rz2 Here d is the cosmological distance, m is the apparent magnitude of an astronomical object (radiation source), R is the radius of a source, z is the redshift, and D=0.58608·10~(19) is a constant. In the linear representation of Hubble Postulate the H Hubble Constant can be found as the Hubble Variable, generally speaking, depending on the variables m,R,z.
机译:多年来,杰出的研究人员一直在继续浪费搜索H霍布尔常数的独特右值。我们还没有看到这种活动的结束很长一段时间......根据波浪宇宙概念(吴概念)的表示,这么令人的对抗可以非常耐用(类似于Sizifs工作),只要研究人员遵循的表示唯一的现代宇宙学 - 标准宇宙学 - 并且最后,直到他们了解象限变量H的真实物理含义,鉴于宇宙学距离法D = D·10M / 5RZ2,D是宇宙学距离, M是天文物体(辐射源)的表观幅度,R是源的半径,Z是红移,D = 0.58608·10〜(19)是恒定的。在Hubble假设H霍比恒定的线性表示中,可以发现Hubble变量,一般而言,这取决于变量M,R,Z.

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