Problem of Electron-Nuclear Scattering as Inverse Task of Coulomb Interaction

The known quantum-mechanical task of hydrogen-like atom may have a non-probabilistic interpretation as a task of the electrostatics type. In that case, it is possible approach to the electron-nuclear scattering at the necessary solution of fine structure constant. In particular, the Lamb shift opposite the quantum electrodynamics is considered here. From this representation of nuclear structure, the subatomic particles, such as the Higgs boson, beyond the Standard Model can be predict. Perhaps these findings will be relevant in the topic of cosmology.