Newtonian Limits to the Sizes of the Universe and the Electron

We present a Newtonian connection between the size of the universe and the electron. The inertia of a single electron cannot be totally electromagnetic but must have a contribution due the interactions of other charged particles; it can also not be entirely nonelectromagnetic. The range of sizes of a classical electron is determined by the interaction of the interior currents and the surface charge. This range then forces the size of the observable universe to a finite range. We will compare our theoretical results with current observational size of the universe.