  The new model was applied to the femtometer toroidal structures found for the
deuteron. It was possible to relate the magnetic moment and the energy of the
particle to the torus geometric parameters. Excellent agreement between the
magnetic moment of the deuteron and the theory developed for a time consuming
intersecting 3D torus in a 2D space was found. It was possible to discriminate
between which structures present a magnetic moment and which one would produce
an anapole moment. This supports the concept that there are orientations of the
torus that make it lose its magnetic moment, which is the key to understanding
the EPR paradox. The mass energy of the particle changed with each structure,
but the mass density was constant, which is consistent with the tension exerted
on the space as the source of the particle's "mass" or more appropriately said
the particle's density.
