The hydrogen atom Q charge

Most likely some of you have been reluctant to the Q charge unicity of the electron and the proton. May be the following may help somewhat. Let us comment some more about the Q charge and consider this time the H atom. Surely the H atom is a quite different object than the electron or the proton, since e.g. their size scales differ from about 10^5 Fm to one Fm. Despite this high difference the H atom has the same Q charge than the particles it is made of.

As a small participation exercise I invite you to do the trivial corresponding calculus. To ease them remember that the energy of the electronic shell of the H atom is 13.6 eV and that its Bohr radius measures 0.53* 10^-10 m. Do not forget to take into account the fact that the angular momentum of its electronic orbital is integer while the electron and proton spin is half integer. In the previous treatment of the Q charge of these two particles it has not been necessary to take into account the spin since they both have the same one.

Well, as you have found the H atom Q charge has the same value. Considering that the muon has also the same one (it can be directly deduced from load XIV and XVI) we have thus identified a quadruplet of physical bodies which obey to the same Q charge quantization.