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In this work there are considered two approaches to the description of $K^o,\bar K^o$ meson transitions into $K_S (K^o_1)$ mesons at $CP$ violation in weakinteractions. The first approach uses the standard theory of oscillations andthe second approach supposes that ($K_S, K_L$) states which arise at $CP$violation are normalized but not orthogonal state functions then there ariseinterferences between these states but not oscillations. It is necessary toremark that the available experimental data are in good agreement with thesecond approach. So we came to the conclusion that oscillations do not arise at$CP$ violation in weak interactions in the system of $K^o$ mesons. Onlyinterference between two - $K_S, K_L$ states takes place there.

Problem of oscillations presence at $CP$ violation in the system of $K^o$ mesons