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Einstein's radius (view source)
Revision as of 23:41, September 21, 2011
, 23:41, September 21, 2011Undo revision 919013 by FindlayT (talk)
The illusion of expansion is explained in [[Gravitation demystified]] and so '''Einstein's radius''' would be about 13 billion light years. The number coming from division of speed of light by [[Hubble constant]] that represent the [[intrinsic redshift]] in the universe that is result of Newtonian calculation of [[dynamical friction]] of photons in a stationary [[Einstein's universe]]
The illusion of expansion is explained in [[Gravitation demystified]] and so '''Einstein's radius''' would be about 13 billion light years. The number coming from division of speed of light by [[Hubble constant]] that represent the [[intrinsic redshift]] in the universe that is result of Newtonian calculation of [[dynamical friction]] of photons in a stationary [[Einstein's universe]]
<ref>
<ref>
See the derivation of [[intrinsic redshift]] and [[Hubble constant]] in [[Gravitation demystified]].
See the step-by-step derivation of [[intrinsic redshift]] and [[Hubble constant]] in [[Gravitation demystified]].
</ref>.
</ref>.
The exact value of '''Einstein's radius''' predicted theoretically as value at which the Einstein's field equation is stable or derived from [[intrinsic redshift]] of photons, is
The exact value of '''Einstein's radius''' predicted theoretically as value at which the Einstein's field equation is stable or derived from [[intrinsic redshift]] of photons, is