Relativity and Cosmology

   

Random Liquid Cosmological Model of the Universe

Authors: Zhi Cheng

There are many universe models, and the universe model based on general relativity has gained wide acceptance. The Big Bang theory is a view that many researchers accepted. However, what is the mechanism of The Big Bang in the universe, why the Universe Big Bang is produced, and what happened to the universe before the Big Bang in the universe, none of which is a good theory to explain. If we agree that there is Virtual Spacetime, we can explain the current expansion of the universe and the possible shrinkage from the mutual oscillation relationship between Virtual Spacetime and Real Spacetime. It is the expansion and contraction of the universe that is caused by the back and forth oscillation of the real spacetime and virtual spacetime component energy forms of the universe. That is, the mass and energy of the universe's Virtual and Real Spacetime transform each other, causing the expansion and contraction effects of the universe. The energy of Virtual Spacetime reflects the mass in Real Spacetime. In Real Spacetime, the reduction of the mass of the universe leads to an increase in the kinetic energy of Real Spacetime. Conversely, if the kinetic energy of Real Spacetime is reduced and the total mass of the universe is increased, it reflects the contraction of the universe. In addition, through the assumptions of Virtual Spacetime, we can also obtain a variety of states that may exist in the universe, including at least two states of gas and liquid. That is to say, if we look at the material composition of the universe from the scale of the universe, the forms of these substances include at least two forms, gaseous and liquid. The division of these two states of the universe also means that we can use the knowledge of fluid mechanics to deal with various problems of the universe.

Comments: 12 Pages. 5 figures. Including Russian abstract.

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Submission history

[v1] 2019-08-07 22:57:29

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