论文标题
tao $^+$分子离子的光谱和电特性用于搜索新物理学：识别和状态控制的平台
Spectroscopic and Electric Properties of the TaO$^+$ Molecule Ion for the Search of New Physics: A Platform for Identification and State Control
论文作者
论文摘要
tao $^+$阳离子是一种吸引人的分子物种，可以寻找平等和时间逆转的竞争相互作用，尤其是HADRONIC的起源。对于光谱检测和制备Tao $^+$ cation在所需状态的详细知识中，对激发态的光谱和电性能的详细知识是必不可少的信息。在这项工作中，我们介绍了电子接地中的tao $^+$的光谱常数，并使用相对论配置相互作用理论计算出29个激发态。平衡键长（$ r_ \ mathrm {e} $），谐波振动频率（$ω__\ MATHRM {E} $），过渡偶极矩（TDM），垂直激发能和静态分子偶极力矩（PDM）。我们包括所有电子状态的详细表征，从它们的纺纱店职业角度来看。这项工作支持使用TAO $^+$离子实现实验，以搜索除基本粒子标准模型之外的新物理学。
The TaO$^+$ cation is an attractive molecular species to search for parity- and time-reversal-violating interactions, in particular of hadronic origin. For the spectroscopic detection and preparation of TaO$^+$ cation in a desired state detailed knowledge of spectroscopic and electric properties in excited states is essential information. In this work we present spectroscopy constants for TaO$^+$ in the electronic ground and 29 excited states calculated with relativistic configuration interaction theory. The equilibrium bond lengths ($R_\mathrm{e}$), harmonic vibrational frequencies ($ω_\mathrm{e}$), transition dipole moments (TDM), vertical excitation energies and static molecular dipole moments (PDM) are summarized. We include a detailed characterization of all electronic states in terms of their spinor occupations. This work supports the realization of experiments using TaO$^+$ ions to search for new physics beyond the standard model of elementary particles.
