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Enhanced nuclear Schiff moment and time-reversal violation in Th-229-containing molecules

机译:增强核席夫时段和含有含含量分子的时间逆转侵犯

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摘要

Octupole deformation results in a strongly enhanced collective Schiff moment in Th-229 nucleus. An additional enhancement of time-reversal (T) and parity- (P) violating effects (such as T,P-violating electric dipole moments) appears in the ground (1)Sigma state and in the metastable (3)Delta(1) state of diatomic molecule (ThO)-Th-229. Similar enhancements exist in molecular ions (ThOH+)-Th-229, (ThF+)-Th-229, and (RaOH+)-Ra-225,223. Corresponding experiments may be used to test charge conjugation and parity (CP)-violation theories predicting T,P-violating nuclear forces and to search for axions.
机译:Octupole变形导致TH-229核的强烈增强的集体席夫时段。 额外增强时间逆转(t)和奇偶阶段(p)违反效果(如t,p违规电偶极偶像)出现在地面(1)σ状态和亚稳态(3)三角洲(1)中出现 硅藻分子(Tho)-229的状态。 分子离子(ThOH +) - Th-229,(THF +) - TH-229和(RaoH +) - RA-225,223中存在类似的增强。 相应的实验可用于测试预测T,P违规核动力和搜索轴轴的电荷共轭和奇偶酰化(CP)藻类理论。

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