M. Lee

most citedAbsolute frequency measurement of a Lu

^{+}

(^{3} D_{1})

optical frequency standard via link to international atomic time

2 citations · 2 across the 7 of their papers we have counts for

collaborators

8 papers

quant-ph2026

Optimal state detection without likelihood estimation

M. D. K. Lee, Z. Chai, J. Z. F. Seng +2

We show that adaptive Bayesian estimation in fluorescence state detection reduces to a comparison of elapsed time with two arithmetic time sequences fixed by the bright and dark co…

physics.atom-ph2026

Measurement of the reduced dipole matrix element in Ba $^{+}$

N. Jayjong, M. D. K. Lee, K. J. Arnold +1

We present a high-precision measurement of the reduced electric-dipole matrix element $⟨ P_{1/2} ∥ r ∥ S_{1/2} ⟩$ in $^{138} Ba^{+}$ . By comparing off-resonant scatt…

physics.atom-ph2026

Absolute frequency measurement of a $^{176}$ 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-ph2026

Zero crossings of the differential scalar polarizability of Ba $^{+}$ clock transition

N Jayjong, M D K Lee, K J Arnold +1

The differential scalar polarizability $Δ α_{0} (ω)$ of the Ba $^{+}$ S $_{1/2}$ -to-D $_{5/2}$ clock transition has a zero crossing near 481nm, which is measured to be 623.603\,13(17)\,THz.…

physics.atom-ph2025

Lu $^{+}$ optical frequency references with accuracy verified at the 19th digit

K. J. Arnold, M. D. K. Lee, Zhao Qi +4

We report a comprehensive evaluation of all known sources of systematic uncertainty for two independent $^{176}$ Lu $^{+}$ single-ion optical references, finding total systematic uncer…

physics.atom-ph2025

Precision measurement of the $^{176} Lu^{+}$ $^{3} D_{1}$ microwave clock transitions

M. D. K. Lee, Qi Zhao, Qin Qichen +4

We report precision measurement of the unperturbed $^{3} D_{1}$ microwave transition frequencies in $^{176} Lu^{+}$ to a fractional uncertainty of $4 \times 1 0^{- 14}$ . We find t…

quant-ph2025

Zeeman Degenerate Sideband Cooling in $^{176}$ Lu $^{+}$

Qin Qichen, Qi Zhao, M. D. K. Lee +4

We explore degenerate Raman sideband cooling in which neighboring Zeeman states of a fixed hyperfine level are coupled via a two-photon Raman transition. The degenerate coupling be…

physics.atom-ph2025★ 2 cited

Absolute frequency measurement of a Lu $^{+}$ $(^{3} D_{1})$ optical frequency standard via link to international atomic time

Zhao Zhang, Qi Zhao, Qin Qichen +4

We report on an absolute frequency measurement of the $Lu^{+} (^{3} D_{1})$ standard frequency which is defined as the hyperfine-average of $^{1} S_{0}$ to $^{3} D_{1}$ o…

Optimal state detection without likelihood estimation

Measurement of the reduced dipole matrix element in Ba+

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

Zero crossings of the differential scalar polarizability of Ba+ clock transition

Lu+ optical frequency references with accuracy verified at the 19th digit

Precision measurement of the 176Lu+ 3D1​ microwave clock transitions

Zeeman Degenerate Sideband Cooling in 176Lu+

Absolute frequency measurement of a Lu+ (3D1​) optical frequency standard via link to international atomic time

Measurement of the reduced dipole matrix element in Ba $^{+}$

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

Zero crossings of the differential scalar polarizability of Ba $^{+}$ clock transition

Lu $^{+}$ optical frequency references with accuracy verified at the 19th digit

Precision measurement of the $^{176} Lu^{+}$ $^{3} D_{1}$ microwave clock transitions

Zeeman Degenerate Sideband Cooling in $^{176}$ Lu $^{+}$

Absolute frequency measurement of a Lu $^{+}$ $(^{3} D_{1})$ optical frequency standard via link to international atomic time