In this preliminary work, we propose a hypothesis and launch a procedural upgrade to magnecules by equipping these new iso-chemical creatures with topological deformation order parameters (OP) of fractional statistics to encode the spontaneous superfluidic gauge symmetry breaking (which we expect to be restored at the iso-topic level), correlated helices with long range order, and wave-packet wave-functions for the electron toroidal polarizations. For this initial "base case", we consider a single magnecular bond between dual inter-locked protium atoms in a magnecule. The results of this equipment support our hypothesis and are significant because the OP configuration arms us with an extra degree of freedom for encoding a magnecule's states and transitions; this may enable us to further decode and comprehend the underlying physical mechanisms and features associated with these state-of-the-art magnecular bonds for direct industrial application. Hence, these outcomes should be subjected to additional stringent examination and improvement.