Abstract
The paper solves the relativistic equations of motion of a single-nucleon model of the atomic nucleus. The nucleon moves in a central field which is given by a mixture of scalar, pseudo-vector and pseudo-scalar coupling. A comparison between the results and experiment and between the results and the non-relativistic theory of the shell model shows that the relativistic theory offers practically as much as the non-relativistic theory, although it differs both in the formal and physical aspects.
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