¹³⁰Te₂ molecular lines provide frequency references for stabilizing lasers near titanium optical-pumping and cooling transitions at 391 nm and 498 nm, with demonstrated Allan deviations of 4.9×10^{-10} and 3.6×10^{-11}.
Meija et al., Pure Appl
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Using 7.32 kg·yr of data from CaMoO4 cryogenic detectors, AMoRE sets a 90% CL lower limit of 1.7×10^22 years on the neutrinoless double electron capture half-life of 40Ca.
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$\mathrm{^{130}Te_2}$ spectroscopic reference for neutral Ti lines at 391 nm and 498 nm
¹³⁰Te₂ molecular lines provide frequency references for stabilizing lasers near titanium optical-pumping and cooling transitions at 391 nm and 498 nm, with demonstrated Allan deviations of 4.9×10^{-10} and 3.6×10^{-11}.
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A study of neutrinoless double electron capture in $^{40}$Ca from the AMoRE experiment
Using 7.32 kg·yr of data from CaMoO4 cryogenic detectors, AMoRE sets a 90% CL lower limit of 1.7×10^22 years on the neutrinoless double electron capture half-life of 40Ca.