Serendipitous Hints Toroid Shape of Muon and Muon/Neutron Mass Ratio and Muon Neutrino Mass Proposal
Michael John Sarnowski · viXra · 2015
It was shown in “Serendipitous Mathematical Geometric Origin of Mass Ratio of the Proton to the Neutron” (1), that the mass ratio of the proton to neutron to within 9 digits and within one sigma of the 2014 Codata values. It was shown in “Serendipitous hints at shape of Electron and Electron/Neutron Mass Ratio”(7) that the mass ratio of the electron to neutron could be well approximated with an integrated polynomial equation to 9 digits and within one sigma of the 2014 Codata values. It was also shown that the electron could be contained in or composed of 6 components, possibly a toroid shape. It is expected, that if this integrated polynomial reflects that actual mathematics of the mass ratios of fundamental particles, that the muon could also be modeled similarily with the integrated polynomial with Lorentz transformation factor against the equilibrium of the aether. It is shown below that a similar pattern is followed for the muon neutron mass ratio.