File:Кубічне моделювання зовнішніх електронних шарів атома.jpg

English: If we allow the extrapolation of electrons to the shape of a cube for a clear visual positioning of electrons in space, then the vertices of the cube (8 electrons) on the surface of the sphere will reflect the neon atom. If we place the electrons between the electrons of the neon atom (the corner points of the cube), we get the positions of the krypton atom (12 electrons in the middle of the edges of the cube and 6 electrons in the middle of the 6 faces of the cube = 18 electrons). If we place the electrons between the 18 electrons on the surface of the cube, we get (8 electrons at the corners of the cube, four electrons on each face of the cube 6*4 + 8 = 32 electrons (radon atom)). If we extrapolate the electrons from the cube to the surface of the sphere, we will get the positions of the electrons in the electronic layers of the atom, where the distances between the electrons will be equal to each other. The electromagnetic forces of each electron themselves form the atomic space and the number of electrons in each layer. This method of determining the positions of electrons is called cubic modeling. With the help of cubic modeling, it is possible to simulate the location of atoms in complex molecules and to visualize the process of a chemical reaction itself, to model chemical reactions still unknown to science and the conditions for conducting these reactions.