论文标题
对原子EDM的施加习惯CP违规贡献的量化
Quantification of the hadronic CP violation contribution to the atomic EDMs
论文作者
论文摘要
需要违反互动的CP才能意识到我们宇宙的丰度。但是，众所周知，粒子物理的标准模型不包含足够的CP违规。原子系统的电偶极矩（EDM）是对CP违规的非常敏感的实验探针，超出了标准模型，并且在实验中非常积极地研究了CP。原子EDM对辐射CP的违规具有显着的敏感性，但是长期以来，其定量已被量子染色体动力学的非扰动物理所阻碍。最近，已经分析了Weinberg运营商（违反三度互动相互作用的CP）对原子EDM的贡献，我们几乎在获得标准模型有效现场理论的领先顺序的CP违反HADRONIC相互作用的CP量化时代。在此程序的贡献中，我们总结了目前量化对原子EDM的HADRONIC CP违规贡献的尝试。
CP violating interactions are required to realize the matter abundance of our Universe. It is however known that the standard model of particle physics does not contain sufficient CP violation. The electric dipole moment (EDM) of atomic systems is a very sensitive experimental probe of CP violation beyond the standard model, and it is very actively studied in experiments. The atomic EDM has a significant sensitivity to hadronic CP violation, but its quantification has for long been obstructed by the nonperturbative physics of quantum chromodynamics. Quite recently, the contribution of the Weinberg operator (CP violating three-gluon interaction) to the atomic EDM has been analyzed, and we are almost attaining the quantification era of the CP violating hadronic interaction in the leading order of standard model effective field theory. In this proceedings contribution, we summarize the current attempt to quantify the hadronic CP violation contribution to the EDM of atoms.
