Refinement the form and parameters of quantum space of the universe

Abstract

The refinement of the parameters of the quantum space of the Universe was performed on the basis of previous works. However, this problem was not fully resolved, since the previously found elementary quantum of space in the form of a straight-sided prism did not correspond to the principle of minimalistic of the parameters of its shape. A new shape of the elementary quantum of the Universe in the form of a trihedral prism is proposed. This quantum is supplemented by its antipode, which has a mirror shape. In a connected form, they constitute a pair a dipole. A new circular quantum of the Universe space is formed from 6 such dipole pairs. Strong interconnection of neighboring quanta is ensured by the possibility of mutual penetration of their neighboring edges into each other, which follows from the Heisenberg uncertainty principle. The layering of 12 circular quanta on the top of each other provides them with a helical shape with a complete circular along their periphery, which reduces them to a mini-helix. New numerical values for the basic parameters of quanta and their interrelations are given. A new form of quanta and their new properties are of great importance for understanding the fundamentals of the material world. It has especially great significance for philosophy development, quantum physics, physics of elementary particles and cosmology.