Abstract
The CP-violation problem is investigated in the exact Quantum Theory (QT) beyond the Lee-Oehme-Yang (LOY) theory, which is usually used and which is based on the famous Weisskopf-Wigner (W.W.) approximation. New unconditional CP-violation effects were derived, independent of the ones known before, as well as new unconditional tests of the CPT- and T-invariances and new results for the K 0, \(\bar K^0\) correlations were found. On the base of these new theoretical results, propositions for experiments at CP LEAR and the φ-B factories are given. The new results are interesting not only for the CP-violation problem itself, but also provide possibilities for testing the violation of the standard quantum dynamics connected with ideas of quantum gravity, and for testing the Rigged Hilbert Space (RHS) formulation of QT. In this paper the standard Hilbert Space (HS) formulation of QT is used.
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