Changes

:<math>H_o=c/R_E</math>,  

:<math>H_o=c/R_E</math>,  

where <math>H_o</math> is as before [[Hubble constant]], <math>c</math> is speed of light in vacuum, and <math>R_E</math> is [[Einstein's radius of universe]].

where <math>H_o</math> is as before [[Hubble constant]], the same as <math>\Delta H_o</math>, <math>c</math> is speed of light in vacuum, and <math>R_E</math> is [[Einstein's radius of universe]].

To make a long story short I wrote another paper based on my newly acquired knowledge of general relativity, using in it already my reformatted Hubble constant being now equal <math>H_o=c/R_E</math> and arguing with a referee for several weeks explaining also except the reasons for the necessity of the universe being stable the temperature of MCBR (Microwave Cosmic Background Radiation) and how it allows the calculation of average size of pieces of non luminous matter.  

To make a long story short I wrote another paper based on my newly acquired knowledge of general relativity, using in it already my reformatted Hubble constant being now equal <math>H_o=c/R_E</math> and arguing with a referee for several weeks explaining also except the reasons for the necessity of the universe being stable the temperature of MCBR (Microwave Cosmic Background Radiation) and how it allows the calculation of average size of pieces of non luminous matter.