Scott Beattie

most citedUltra precise determination of Cs(

n S_{1/2}

) and Cs(

n D_{J}

) quantum defects for sensing and computing: Evaluation of core contributions

8 citations · 8 across the 2 of their papers we have counts for

collaborators

2 papers

physics.atom-ph2026

Absolute frequency measurement of the $^{176}$ Lu $^{+} (^{3} D_{1})$ standard against the NRC-FCs2 fountain with $2.6 \times 1 0^{- 16}$ uncertainty

K. J. Arnold, Bin Jian, Zhao Zhang +6

We report an improved absolute frequency measurement of the $^{176}$ Lu $^{+} (^{3} D_{1})$ optical frequency standard, evaluated via a remote link to the NRC-FCs2 caesium fount…

physics.atom-ph2024★ 8 cited

Ultra precise determination of Cs( $n S_{1/2}$ ) and Cs( $n D_{J}$ ) quantum defects for sensing and computing: Evaluation of core contributions

Pinrui Shen, Donald Booth, Chang Liu +5

We make absolute frequency measurements of Cs Rydberg transitions, $∣6 S_{1/2}, F = 3 ⟩ \to ∣ n S_{1/2} (n = 23 - 90)⟩$ and $\vert nD_{3/2,5/2}~(n=21\rm{-…

Absolute frequency measurement of the 176Lu+(3D1​) standard against the NRC-FCs2 fountain with 2.6×10−16 uncertainty

Ultra precise determination of Cs(nS1/2​) and Cs(nDJ​) quantum defects for sensing and computing: Evaluation of core contributions

Absolute frequency measurement of the $^{176}$ Lu $^{+} (^{3} D_{1})$ standard against the NRC-FCs2 fountain with $2.6 \times 1 0^{- 16}$ uncertainty

Ultra precise determination of Cs( $n S_{1/2}$ ) and Cs( $n D_{J}$ ) quantum defects for sensing and computing: Evaluation of core contributions