Graceli System Interaction peripheral quantum fermions in magnetic fields and strong field at short range.

The interactions peripheral magnetic quantum fermions and other particles occurs at short range causing the spin of certain particles and fermions are changed because interactions with the peripheral produces an oscillation in spin quantum particles on each other.

Occurs both as attraction and repulsion peripheral not only in relation to centers of nuclei.

This phenomenon peripheral action of strong field, or magnetic, or variation of energy and parts of blocks of particles producing parts with higher density and energy intensity.

This variation produces irregularities and instabilities in all physical phenomena and chemical productions quantum particles, we see that in proton fermions, quarks, neutrinos, and other particles.

That is, we both have this reality in phenomena, physical, energy and fields and particles.

The very inertia passes through this variability in relation to peripheral parts of corners, sides, poles and equators.

Ie the very inertia moment, we are able to energies in different conditions.

Ie, we have reality and instabilities, uncertainties and variables relativities.

With this, the core particle is not exactly in the center of the particles. And particles may have more than one core.

As well as the central cores of stars, galaxies and black holes has its core in the exact center.