Abstract
In this paper we propose to discuss the electromagnetic structure of the proton in the framework of the violation hypothesis of discrete symmetries. Analysis is performed with help of the general method of the Lorentz-covariant local operator matrix element parametrization. The proposed analysis allows to solve the problem of the non-Rosenbluth behavior of the electromagnetic proton form factors. It is shown that the CP-violation effects give rise to the additional anapole proton form factor.
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