Abstract
With the intermediate coupling theory — using the configuration space methods of the quantum theory of fields — we determine the state vector characterizing the real nucleon. We carry out our calculations for the case of interaction of the nucleon field described by the Dirac equation and the scalar, resp. pseudoscalar meson field. Pair creation is completely disregarded. Remaining within the frameworks of the configuration space method the recoil of the nucleon is considered. With the aid of the state vector we also calculate the mean value of some characteristic physical quantitites. The use of the configuration space method — particularly in connection with the computation of local physical quantities — makes possible to form a very clear picture about the real nucleon.
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