Study of the special states of the hydrogen atom arising during the interaction of a proton with a scalar massless field. Specific of the main parameters of a neutron in the Kaluza-Klein theory. Properties of simple particles involved in the reaction.
Consider the form of the tensor (1) resulting in retention of the first three terms in the expansion of the metric in the case of central force field with the gravitational potential in Newtons form. Note that the corresponding scale in the case of an electron exceeds the size of the observable universe, while for protons this scale is about 100 light-years. This result shows that to describe the motion in the four-dimensional worlds, taking into account the forces of gravity and electromagnetism requires only a finite number of terms of (1) in the expansion of the metric tensor in 5-dimensional space.
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