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Experimental investigation of the 6s(2) (1)S(0) going to 5d6s (3)D(1) forbidden transition in atomic ytterbium

C. J. Bowers

Published Jan 1, 1998• 0 citations
OpenAlex

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Ytterbium in Quantum Gases and Atomic Clocks: van der Waals Interactions and Blackbody Shifts

Marianna S. Safronova, S. G. Porsev, Charles W. Clark

We evaluated the C(6) coefficients of Yb-Yb, Yb-alkali, and Yb-group II van der Waals interactions with 2% uncertainty. The only existing experimental result for such quantities is for the Yb-Yb dimer. Our value, C(6)=1929(39) a.u., is in excellent agreement with the recent experimental determination of 1932(35) a.u. We have also developed a new approach for the calculation of the dynamic correction to the blackbody radiation shift. We have calculated this quantity for the Yb 6s(2) (1)S(0)-6s6p (3)P(0)(o) clock transition with 3.5% uncertainty. This reduces the fractional uncertainty due to the blackbody radiation shift in the Yb optical clock at 300 K to the 10(-18) level.

arXiv:1208.1456•Physical Review Letters•Dec 5, 2012•51 citations
Spectroscopy of the forbidden 1S0→ 3P0^1S_0 \rightarrow \,^3P_01S0​→3P0​ transition on ultra-cold ytterbium atoms
We evaluated the C(6) coefficients of Yb-Yb, Yb-alkali, and Yb-group II van der Waals interactions with 2% uncertainty. The only existing experimental result for such quantities is for the Yb-Yb dimer. Our value, C(6)=1929(39) a.u., is in excellent agreement with the recent experimental determination of 1932(35) a.u. We have also developed a new approach for the calculation of the dynamic correction to the blackbody radiation shift. We have calculated this quantity for the Yb 6s(2) (1)S(0)-6s6p (3)P(0)(o) clock transition with 3.5% uncertainty. This reduces the fractional uncertainty due to the blackbody radiation shift in the Yb optical clock at 300 K to the 10(-18) level.