Relativity and Cosmology


Einstein's E=mc2 and Dark Energy

Authors: Milan D. Nešić

Aristotle, Ptolemy, and geocentrism. Copernicus, Kepler and heliocentrism. Newton, the real estate stars and the universe ether. Einstein, Lemaitre and the “big bang”—homocentrism, hidden geocentrism. One has to decide: either at once all the mass of the world was created and so large one, or the mass is variable and the measure of inertia is c2=const, whatever being energy from all over the universe. The article shows that today, when we know that there are quasars moving away from us at a speed and 95% of the speed of light, Einstein's energy E=mc2 should be considered as differential dE=c2dm. So since the corresponding binomial series for v→c is divergent, along with the solution of this differential equation goes an indefinite integration constant of infinite energy wherever we take the mass of rest m0 as coordinate origin. This is where the dark energy lies. And when Perlmutter writes that “it has long been assumed that there must be some underlying symmetry that precisely cancels the vacuum energy” at least 1055 times greater than required by astrophysical data, Maxwell Newton's postulate imposes by itself, while the unity of mass and vacuum could be shown by mathematical passage through the singularity of Planck's black body radiation, that is, of particles without mass, into Maxwell Boltzmann's distribution of velocities now of particles with mass.

Comments: 11 Pages.

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Submission history

[v1] 2019-12-09 18:15:37
[v2] 2019-12-11 15:15:56

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