论文标题
在$ t $，$ cp $和$ cpt $违规的情况下，可观察到的中性介子衰减的中性介子的行为仅在混合时
Behaviour of observables for neutral meson decaying to two vectors in the presence of $T$, $CP$ and $CPT$ violation in mixing only
论文作者
论文摘要
当中性介子$（p^0 \ text {or} \ bar p^0）$衰减两个向量粒子时，可以基于最终状态的极化，从差速器构建大量可观察物。但是，从理论上讲，它们都不是彼此独立的，因此，观察到的某些关系出现了。这些关系在这种情况下进行了很好的研究，没有$ t $和$ cpt $违反中性介子混合，也没有直接的$ cp $违规行为。在本文中，我们研究了仅在$ t $，$ cp $和$ cpt $ cpt $ comping thor Comping的效果的情况下观察到的关系。我们发现，除了四个外，所有其他旧关系都被违反了，如果出现了$ t $和$ t $违反的情况，将会出现新的关系。这些关系的无效将表示直接违反$ t $，$ cp $和$ cpt $（即腐烂本身违规）的存在。
When a neutral meson $(P^0 \text{ or } \bar P^0)$ decays to two vector particles, a large number of observables can be constructed from differential decay rate based on the polarization of final state. But, theoretically, all of them are not independent to each other and hence, some relations among observables emerge. These relations have been well studied in the scenario with no $T$ and $CPT$ violation in neutral meson mixing and no direct $CP$ violation as well. In this paper, we have studied the relations among observables in the presence of $T$, $CP$ and $CPT$ violating effects in mixing only. We find that except four of them, all the other old relations get violated and new relations appear if $T$ and $CPT$ violations in mixing are present. Invalidity of these relation will signify the presence of direct violation of $T$, $CP$ and $CPT$ (i.e. violation in the decay itself).
