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We test Bohr's complementary relation, which captures the mostcounterintuitive difference of a classical and a quantum world, for single andbipartite neutral kaons. They present a system that is naturally interfering,oscillating and decaying. Moreover, kaons break the CP symmetry (C...chargeconjugation, P...parity). In detail we discuss the effect of the CP violationon Bohr's relation, i.e. the effect on the "particle-like" information and the"wave-like" information. Further we show that the quantity that complements thesingle partite information for bipartite kaons is indeed concurrence, a measureof entanglement, strengthening our concept of entanglement. We find that thedefined entanglement measure is independent of CP violation while it has beenshown that nonlocality is sensitive to CP violation.

Bohr's complementarity relation and the violation of the CP symmetry in high energy physics