If you stop the spin (or gravitational motion) of an atom it must as a consequence disintegrate. Also; if you speed up the electronic structure ; past the atom’s normal rate of spin; it must as a consequence fly apart, due to the excess centrifugal rate of spin forced into the normal gravity of the atom.

In either situation it’s the rate of spectral spin and axial diameter of that spin that is responsible for the stability or lack of stability of the particular element or atom.

Because the atoms are sequential spectral units of spin. In order to control the atom; it is necessary to use a parabolic mirror; or a lens ; which controls the sequential colors and their natural circular motions; and their natural orbital color sequence. The diameter of the orbital, for each of the colors; correlates to the atoms and their order of orbital progression. From the smallest near the nucleus to the longest at the exterior surface of the atom. The spectral sequence is motion of spin; or a natural consequence of white light striking the exterior surface of a curved lensing material. The spectral spears are composed of spinning motions by the photons ; and those are controlled and directed to an image plane; by the lens and its motion of spin in forming an image, and ultimately a material form.