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- W2762319401 abstract "The dynamic dipole polarizabilities of low-lying states of ${mathrm{Ca}}^{+}$ ions for circularly polarized light are calculated by using the relativistic configuration interaction plus core polarization approach. The magic wavelengths are determined for the magnetic sublevel transitions $4{s}_{frac{1}{2},m}ensuremath{rightarrow}4{p}_{{j}^{ensuremath{'}},{m}^{ensuremath{'}}}$ and $4{s}_{frac{1}{2},m}ensuremath{rightarrow}3{d}_{{j}^{ensuremath{'}},{m}^{ensuremath{'}}}$ with total angular momentum ${j}^{ensuremath{'}}$ and its components ${m}^{ensuremath{'}}$. In contrast to the case of linearly polarized light, several additional magic wavelengths are found for these transitions. We suggest that accurate measurements on the magic wavelengths near 851 nm for the $4{s}_{frac{1}{2},m}ensuremath{rightarrow}4{p}_{frac{3}{2},{m}^{ensuremath{'}}}$ transitions can be used to determine the ratio of the oscillator strengths for the $4{p}_{frac{3}{2}}ensuremath{rightarrow}3{d}_{frac{3}{2}}$ and $4{p}_{frac{3}{2}}ensuremath{rightarrow}3{d}_{frac{5}{2}}$ transitions." @default.
- W2762319401 created "2017-10-20" @default.
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- W2762319401 date "2017-10-12" @default.
- W2762319401 modified "2023-10-15" @default.
- W2762319401 title "Magic wavelengths of the Ca+ ion for circularly polarized light" @default.
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- W2762319401 doi "https://doi.org/10.1103/physreva.96.042503" @default.
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