Hydrogen Isotopes

Does cyclic permutation of the layered nucleus accounts for isotopes in nature?  In the case of three layer nucleus involving all types of positive particles,

Type I ($p^+$, $g^+$, $T^+$)

Type II ($g^+$, $T^+$, $p^+$)

Type III ($T^+$, $p^+$, $g^+$)

Outer layer orbits have larger radii that produce weaker weak fields.  So Type I nucleus has the strongest $g$ field produced by an inner most $p^{+}$ particle, followed by Type III then Type II nucleus.  If this is the main field that interacts with Earth's gravitational field, giving the nucleus weight then Type I nucleus is the heaviest, followed by Type III then Type II.

Type I hydrogen will also be most heat conductive with $T^{+}$ particles at the outermost orbit.  Type II hydrogen nucleus behave more like a positive charge.  And Type III hydrogen nucleus in spin is a magnetic dipole.

Good night.