The magnetic fields of unbound protons and electrons differ in magnitude:
During their approach, the magnetic field of the electron remains stronger than that of the proton.
<aside> 📌 Presumtion: The magnetic field of the bonded protons and electrons decreases when the electron approaches the atomic nucleus. The released energy of the common field is emitted as photons.
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<aside> 📌 Presumtion: During the approach in the atom, the magnetic field of the electron remains stronger than that of the proton. Thus the process of approach stops with the occupation of the lowest energy levels in the free places of the electron shells. ↓10↓
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