The article deals with the processes associated with the time of formation of our Universe. An assumption is made that the formation of the matter of the universe occurred not from one, but from many singularities . A mechanism for the formation of galaxies by ejection of "protostars" from a rotating singularity - "grain of the galaxy" is proposed. An assumption is put forward about the spatial and temporal fluctuations of this process, which explains the entire spectrum of possible shapes and sizes of galaxies.A similar mechanism is proposed for the formation of all structural elements of the solar system from a "protostar" by planet formation waves . It is assumed that the main source of energy in stars is not the thermonuclear reaction of the hydrogen-helium cycle, but the fission of supermassive nuclei, and the decay of neutrons on the surface of the dense core of the star. An explanation is given for the presence of heavy chemical elements in the Solar System. A mechanism is proposed for the formation of the entire spectrum of stable atomic nuclei by chains of their fission from massive and supermassive nuclides. The rotation of the Galaxy as a whole is explained not by the presence of "dark" matter, but by the fact that each star is connected with neighboring stars by gravitational forces, which are very strong in statics.A hypothesis has been put forward about the origin of the Universe as conjugated three-dimensional and two-dimensional spaces, the uneven conjugation of which led to the emergence of points of occurrence of singularities that form the " three-dimensional craquelure" of galaxies.