RealQM: Nucleus without Strong Force

Update:

Here is new RealQM article in this list of articles: 

• RealQM for Nucleus 

where an atomic nucleus is viewed as a small scale analog of an atom with positive and negative charge shifted. In this model a nucleus consisting of Z electrons and 2Z protons is held together by Coulomb forces without need of the strong force. This is made possible by a denser packing in a nucleus than in atom made possible by absence of Pauli Exclusion in RealQM.

RealQM thus offers a model of both an atom and a nucleus both consisting of protons and electrons held together by Coulomb forces with a shift of roles. The nucleus model thus does not require ad hoc invention of strong force overcoming proton-proton repulsion as in the Standard Model. This is so remarkable that it is hard to believe. But the math shows that Coulomb attraction is enough if dense packing can be realised...

RealQM shows that 4He as a 2-electron kernel surrounded by a 4-proton shell is stable. But a configuration into a 2-shell system with 2 protons in each is unstable, as an analog of an unstable He2- ion with two extra electrons.