Vladimir Leonov. Our Quantized Universe is a Spherical White Hole in the Shape of a Ball.

[49] Vladimir Leonov. Our Quantized Universe is a Spherical White Hole in the Shape of a Ball.

viXra:1911.0200 submitted on 2019-11-11.

Abstract.

Astronomers have found that galaxies in our universe move with acceleration in towards the periphery of the universe, creating the appearance that the universe is expanding. In fact, we are seeing an accelerated recession of galaxies. The paradox is that according to Newton, motion with acceleration is possible only under the influence of external force, gravitation and antigravitation. There are no other explanations for this paradox. Galaxies do not have engines to create an external force. Gravity is contrary to the effect of expansion. It remains only to consider the effect of antigravitation that explains the movement of galaxies with acceleration (recession of galaxies). I have explained the antigravitation in 1996 when I discovered superstrong electromagnetic interaction (SEI) - the global energy field in the form of a quantized space-time consisting of quantons. Antigravitation is created as a result of deformation (Einstein's curvature) of quantized space-time in the form of a gradient of the quantum density of the medium and the energy gradient of the SEI. For this, the space-time of our universe must be deformed and curved, it must not be flat. The deformation vector of the quantum density of the medium should be directed to the periphery of the universe providing accelerated movement of galaxies. Antigravitation is realized by the gravitational field of a white hole with minus-mass (negative mass). Our quantized universe is a spherical white hole in the shape of a ball. This fact was established by me and published in 1996 [1] and then published a second time in the theory of Superunification in 2010 [2].

Keywords: antigravitation, acceleration, galaxies, deformation vector, SEI, quantized space-time, spherical white hole, universe, boll.