Analytical approach to dynamic cancelation of the AC Stark shift in a pulsed three-level optical lattice clock

Tai Hyun Yoon

doi:10.3938/jkps.63.877

Analytical approach to dynamic cancelation of the AC Stark shift in a pulsed three-level optical lattice clock

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Abstract

We study analytically the dynamic cancelation of the AC Stark shift in a three-level pulsed optical lattice clock by solving the time-dependent density-matrix equations in the adiabatic following limit. We found an optimum value of the common detuning Δ₀ of two coherent driving fields at which the dynamic AC Stark shift cancelled completely at an arbitrary field strength. The optimum value of Δ₀ for the well-studied Sr atoms agreed well with the values obtained by using other methods, for instance, a numerical calculation and a wave-function formalism. We give an optimum value of common detuning, Δ₀ = 65.3 MHz, for the pulsed Raman Yb optical lattice clock.

Original language	English
Pages (from-to)	877-882
Number of pages	6
Journal	Journal of the Korean Physical Society
Volume	63
Issue number	4
DOIs	https://doi.org/10.3938/jkps.63.877
Publication status	Published - 2013

Bibliographical note

Funding Information:
This work was supported by the Basic Research Program of the National Science Foundation of Korea (2011-0006670).

Keywords

Dynamic cancelation of AC Stark shift
Pulsed three-level optical lattice clock

ASJC Scopus subject areas

General Physics and Astronomy

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10.3938/jkps.63.877

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title = "Analytical approach to dynamic cancelation of the AC Stark shift in a pulsed three-level optical lattice clock",

abstract = "We study analytically the dynamic cancelation of the AC Stark shift in a three-level pulsed optical lattice clock by solving the time-dependent density-matrix equations in the adiabatic following limit. We found an optimum value of the common detuning Δ0 of two coherent driving fields at which the dynamic AC Stark shift cancelled completely at an arbitrary field strength. The optimum value of Δ0 for the well-studied Sr atoms agreed well with the values obtained by using other methods, for instance, a numerical calculation and a wave-function formalism. We give an optimum value of common detuning, Δ0 = 65.3 MHz, for the pulsed Raman Yb optical lattice clock.",

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N2 - We study analytically the dynamic cancelation of the AC Stark shift in a three-level pulsed optical lattice clock by solving the time-dependent density-matrix equations in the adiabatic following limit. We found an optimum value of the common detuning Δ0 of two coherent driving fields at which the dynamic AC Stark shift cancelled completely at an arbitrary field strength. The optimum value of Δ0 for the well-studied Sr atoms agreed well with the values obtained by using other methods, for instance, a numerical calculation and a wave-function formalism. We give an optimum value of common detuning, Δ0 = 65.3 MHz, for the pulsed Raman Yb optical lattice clock.

AB - We study analytically the dynamic cancelation of the AC Stark shift in a three-level pulsed optical lattice clock by solving the time-dependent density-matrix equations in the adiabatic following limit. We found an optimum value of the common detuning Δ0 of two coherent driving fields at which the dynamic AC Stark shift cancelled completely at an arbitrary field strength. The optimum value of Δ0 for the well-studied Sr atoms agreed well with the values obtained by using other methods, for instance, a numerical calculation and a wave-function formalism. We give an optimum value of common detuning, Δ0 = 65.3 MHz, for the pulsed Raman Yb optical lattice clock.

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Analytical approach to dynamic cancelation of the AC Stark shift in a pulsed three-level optical lattice clock

Abstract

Bibliographical note

Keywords

ASJC Scopus subject areas

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