 |
 |
 |
|
 |
This theory shows as physical properties of the Newtonian spacetime lead to the initial conditions applied in the Einstein theories of relativity and the quantum physics. I start from gas composed of structureless tachyons having positive mass and seven parameters. Simple selection rule leads to four phase transitions of this spacetime. There appear four stable objects. Surfaces of three such objects look similarly as the Ketterle surface for a strongly interacting gas. On higher level of nature appears field composed of non-rotating binary systems of neutrinos. This field is the Einstein spacetime. In the Einstein's spacetime appear the quantum effects and fractals. The mass density of this field leads to the mass of electron. Outside of the core of baryons is obligatory the Titius-Bode law for strong interactions i.e. baryons have the atom-like structure. The fourth phase transition leads to new cosmology.
|  |
||||||
