I have a model derived from mass ratio of Proton Neutron Electron mass. This derives to the 11th frequency vector equilibrium (neutron) minus seven vertexes (proton). The seven vertex void on the VE provides an electric icosohedron structure (Synergetics, B.Fuller). The VE vertex count is the summation of 10F^2 + 2 from 1 to 11. At frequency (layer) eleven, the total is 5083. Coincidental, if the vector equilibrium models the neutron, then the mass ratio between the neutron (1.6749286(10)E-27 kg) and the proton (1.672623(10)FN1E-27 kg) can be expressed as the vertex volume of the eleventh frequency vector equilibrium minus seven of its spheres to seven significant digits; ERGO, 1.6749286(10)/1.672623(10) = 5083/(5083-7.000). If accurate (based on the neutrons mass) this would further refine a proton’s mass as 1.6726220(10) E-27 kg.
No other naturally occurring relationship has prime numbers. The atomic short (and powerful) forces shield higher level occurrences from this energy source. Prime numbers are not express naturally in space. The neutron is unstable. It decays to a proton. The decay results in a icoohedron (electron family) that slows time down and gives the proton a half-life greater than the age of the universe. A quantum black hole would slow time and warp space-time, resulting in instantaneous atomic reactions at a distance; Feynman Diagrams.
The proton's void time space distortion is a covalent force (for completeness), an atomic glue that binds the neutron/proton pair. The covalent force of the proton’s void is like a static charge force field that distributes itself throughout the surface of the proton's sphere. An attached neutron a) increases the surface area of the charge distribution, lowering the net energy, providing an atomic glue energy force binding neutrons to protons, and b) fits with the protons surface void of the icosahedron. A tritium isotope can only share the surface area effect in a), and thus will decay very rapidly. A neutron, bound to a proton, shares the protons time well in proportion to it's isotope decay period. The neutron proton ratio stability table in any Physics Book, consists of three slopes, centered on 12 and 54 vertexes with 92. This stability table may indicate that the icoshedrons tend to gather on the surface, forcing the void distance away from the center, instep with a increasing neutron/proton ratio, and also the higher decay rate of each heavier element.