National Institute of Metrology (Thailand)

most citedAccelerating the Averaging Rate of Atomic Ensemble Clock Stability using Atomic Phase Lock

8 citations

researchers with a paper here

Counting papers with at most 25 authors, so collaboration author lists do not stand in for the people here.

Anand Prakash1 · h 2
C. Zyskind1 · h 2
Ikbal Ahamed Biswas1 · h 1
Jialiang Yu1 · h 3
K. Kido1 · h 5
K. Okada1 · h 19
Michiaki Mizuno1 · h 4
N. Shiga1 · h 12
Piyaphat Phoonthong1 · h 2
P. Phoonthong1 · h 6
R. Kaewuam1 · h 10
T. Mehlstaubler1 · h 15

collaborating institutions

Japan Science and Technology AgencyJP1 paper
Leibniz University HannoverDE1 paper
National Institute of Information and Communications TechnologyJP1 paper
Physikalisch-Technische BundesanstaltDE1 paper
Sophia UniversityJP1 paper

2 papers

physics.atom-ph2025★ 1 cited

Nuclear spin quenching of the $^{2} S_{1/2} \to^{2} F_{7/2}$ electric octupole transition in $^{173}$ Yb $^{+}$

Jialiang Yu, Anand Prakash, Clara Zyskind +4

We report the coherent excitation of the highly forbidden $^{2} S_{1/2} \to^{2} F_{7/2}$ clock transition in the odd isotope $^{173} Yb^{+}$ with nuclear spin $I = 5/2$ ,…

quant-ph2014★ 8 cited

Accelerating the Averaging Rate of Atomic Ensemble Clock Stability using Atomic Phase Lock

Nobuyasu Shiga, Michiaki Mizuno, Kohta Kido +2

We experimentally demonstrated that the stability of an atomic clock improves at fastest rate $τ^{- 1}$ (where $τ$ is the averaging time) when the phase of a local oscillator is gen…

Nuclear spin quenching of the 2S1/2​→2F7/2​ electric octupole transition in 173Yb+

Accelerating the Averaging Rate of Atomic Ensemble Clock Stability using Atomic Phase Lock

Nuclear spin quenching of the $^{2} S_{1/2} \to^{2} F_{7/2}$ electric octupole transition in $^{173}$ Yb $^{+}$