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Line 192: − + − The Einsteinian gravitation explains why the value of [[Hubble constant|Hubble "constant"]] <math>H(t)</math> (which in reality is an exponential function), <math>H_o</math> equal roughly <math>70km/s/Mpc</math> implies density of space of universe as <math>6\times 10^{-27}kg/m^3</math>.+ − + + + + + + + + + + + + + + + + + + +
Essay:Demystified gravitation (view source)
Revision as of 13:35, September 10, 2011
, 13:35, September 10, 2011→Introduction
The theory is explaning how the relativity of time and space (notions of non existence of absolute time and absolute space) are working in stationary, neither expanding nor contracting, eternal universe of ours that has neither beginning nor end.
The theory is explaning how the relativity of time and space (notions of non existence of absolute time and absolute space) are working in stationary, neither expanding nor contracting, eternal universe of ours that has neither beginning nor end.
The theory which except explaining the mechanism of gravitational force as ''inertial force'' pushing masses towards their most probable positions of minimum energy in which it reveals its quantum nature, explains also why due to relativity of time in curved space the universe looks as if it were expanding, and expansion were accelerating with <math>dH/dt=-H_o^2/2</math>, where <math>dH/dt</math> is a change of [[Hubble constant]] with distance from observer converted to time <math>t</math> through <math>r=ct</math>, <math>H_o</math> is [[Hubble constant|Hubble "constant"]] near the Earth (at <math>t=0</math>).
The theory which except explaining the mechanism of gravitational force as ''inertial force'' pushing masses towards their most probable positions of minimum energy in which it reveals its quantum nature, explains also why due to relativity of time in curved space the universe looks as if it were expanding, and expansion were accelerating with
:<math>dH/dt=-H_o^2/2</math>,
According to Einsteinian gravitation the [[Hubble constant]] <math>H_o=c/R_E</math>, where c is speed of light in vacuum, and <math>R_E</math> is ''"[[Einstein's radius of universe]]"'' equal roughly 13 billion light years as implied by the above value of [[Hubble constant|Hubble "constant"]] should be consistent with minimum of angular diameters of galaxies between redshifts Z=1 and Z=2.
where <math>dH/dt</math> is a change of [[Hubble constant]] with distance from observer converted to time <math>t</math> through <math>r=ct</math>, <math>H_o</math> is [[Hubble constant|Hubble "constant"]] near the Earth (at <math>t=0</math>).
The Einsteinian gravitation explains why the value of [[Hubble constant|Hubble "constant"]] <math>H(t)</math> (which in reality is an exponential function),
:<math>H_o</math> equal roughly <math>70km/s/Mpc</math>
implies density of space of universe as
:<math>6\times 10^{-27}kg/m^3</math>.
According to Einsteinian gravitation the [[Hubble constant]] that is approximately equal
:<math>H_o=Z/r=v/c/r</math>
where <math>Z</math> is redshift of certain galaxy, <math>r</math> is distance from the observer to the galaxy <math>v</math> is apparent recession speed of a galaxy, and <math>c</math> is speed of light in vacuum, is really
:<math>H_o=c/R_E</math>,
where c is speed of light in vacuum, and <math>R_E</math> is ''"[[Einstein's radius of universe]]"'' equal roughly 13 billion light years as implied by the above value of [[Hubble constant|Hubble "constant"]] should be consistent with minimum of angular diameters of galaxies between redshifts Z=1 and Z=2.
===Critique of the Big Bang hypothesis===
===Critique of the Big Bang hypothesis===