| Figure 2. If a double tetrahedron has been developed from a core tetrahedron, which contains four spheres, then the number of protons in one layer of the outer shell is equivalent with the number of states of the corresponding subshells. The number of different positions of protons in one layer of the shell is the same as the number of magnetic quantum numbers. The proton number has been calculated by multiplying the number of spheres in one vertex of the tetrahedron by two. There are four vertexes, and every other sphere represents a proton.
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