Changes

The Einstein's universe metric seems to be the simplest metric with required by Einstein's property of non symmetry of metric <ref>Einstein's 1950 paper ''"On the Generalized Theory of Gravitation"'', published in April 1950 issue of ''"Scientific American"''. This paper was not placed for some reason in detailed bibliography of Einstein's papers of 1973 ''"Gravitation"'', by Misner, Thorne, and Wheeler. The reason might be that this book assumes at the onset the symmetric metric of spacetime while Einstein excluded such possibility possibly for it potential of creation of energy from nothing utilized indeed later in ''"Gravitation"'' in the form of Big Bang hypothesis. For this reason ''"Gravitation"'' might be considered advocating a creationist cosmology, as contrasted by stationary cosmology of '''Einsteinian gravitation'''.</ref>.

The Einstein's universe metric seems to be the simplest metric with required by Einstein's property of non symmetry of metric <ref>Einstein's 1950 paper ''"On the Generalized Theory of Gravitation"'', published in April 1950 issue of ''"Scientific American"''. This paper was not placed for some reason in detailed bibliography of Einstein's papers of 1973 ''"Gravitation"'', by Misner, Thorne, and Wheeler. The reason might be that this book assumes at the onset the symmetric metric of spacetime while Einstein excluded such possibility possibly for it potential of creation of energy from nothing utilized indeed later in ''"Gravitation"'' in the form of Big Bang hypothesis. For this reason ''"Gravitation"'' might be considered advocating a creationist cosmology, as contrasted by stationary cosmology of '''Einsteinian gravitation'''.</ref>.

==Critique of the Big Bang hypothesis==

===Critique of the Big Bang hypothesis===

Still Einsteinian gravitation allows neither "attractive" nor "repulsive" "gravitational forces" since gravitational forces are inertial only. Also there is no ''potential gravitational energy'' beyond energy contained in the mass <math>m</math> of any particle, which is now a counterpart of the old Newtonian ''potential energy'' as there is no other ''potential energy'' in the universe. Especially no negative energy exploding in the Big Bang event, at the beginning of the universe, since Einstein's universe being eternal doesn't have any beginning.

Einsteinian gravitation allows neither "attractive" nor "repulsive" "gravitational forces" since gravitational forces are inertial only. Also there is no ''potential gravitational energy'' beyond energy contained in the mass <math>m</math> of any particle, which is now a counterpart of the old Newtonian ''potential energy'' as there is no other ''potential energy'' in the universe. Especially no negative energy exploding in the Big Bang event, at the beginning of the universe, since Einstein's universe being eternal doesn't have any beginning.

==Strange history of Einsteinian gravitation==

==Strange history of Einsteinian gravitation==