Anomalous Magnetic Moment of an Electron, Lamb Shift, and Microwave Background Radiation of Hydrogen Atoms: What Do They Have in Common?

The wave behavior of the hydrogen atom, as the paired proton-electron system, shows itself in vibrations of the center of mass and an atomic spherical shell. These vibrations superimpose on electron’s motion resulted in the magnetic moment anomaly of the electron and in an appearance of the background spectrum which defines, as turned out, Lamb “shifts ” of optical spectral lines. The anomalous magnetic moment of the electron is relatively simple calculated on the basis of the approach, which takes into account an influence of the inherent vibrations. The value obtained coincides quite precisely with the experimental data, like in the case of Lamb shifts. Thus, with allowance for the wave behavior of a proton and an electron, we arrive not only at the simple description of the anomalous magnetic moment, but also at the discoveries of the background spectrum of the hydrogen atom and the Lamb shifts nature