Authors: Angel Garcés Doz
Since the experimental event of abnormal speeds within galaxies was discovered; the so-called dark matter is incessantly sought. But all the experiments still do not find such a ghost. Its justification is supported, in the apparent, simplest explanation: the existence of a matter additional to the baryonic matter within the galaxies. But there is another possible explanation more natural and just as simple: A modification of the gravity due to the occurrence of effects of quantum gravity produced by the repulsive acceleration of the vacuum. A repulsion of the vacuum would produce, as we demonstrated with the experiments with magnets of equal polarity, a pressure towards the center of mass and, therefore, a fictitious increase in mass. In this short article; we calculate the average speed of rotation within the newly discovered ultradiffuse galaxy NGC1052-DF2. This calculation shows that the equation, type MOND, agrees perfectly with the estimated velocities. Therefore, some voices that too quickly have announced that this galaxy (almost without dark matter or anything of it) does not agree with the theories of modified gravitation (we refer to the quantum gravitation that would quantize the equations of Einstein's gravitation, or GR); they are simply avoiding the real explanation: effects of quantum gravity produced by the vacuum (very large masses of galaxies).
Comments: 3 Pages. Corrected transcription error of the mass of the galaxy NGC1052-DF2 (2 x 10E8 solar masses) of the article reviewed.
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