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New Determination of Muonium-Deuterium 1S-2S Isotope Shift

We report a new determination of muonium 1S-2S transition frequency and its isotope shift with deuterium by recalibrating the iodine reference lines using an optical frequency comb. The reference lines for the muonium and deuterium 1S-2S transitions are determined with a precision of 2.4*10^-10 and 1.7*10^-10 respectively. A new muonium-deuterium 1S-2S isotope-shift frequency is derived from these references to be 11 203 464.9(9.2)(4.0) MHz, in agreement with an updated bound-state quantum-electrodynamics prediction based on 2010 adjustments of Committee on Data for Science and Technology and 2.3 times better in the systematic uncertainty than the previous best determination.

preprint2013arXivOpen access
Isaac FanChun-Yu ChangLi-Bang WangSimon L. CornishJow-Tsong ShyYi-Wei Liu
physics.atom-ph
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Isaac FanChun-Yu ChangLi-Bang WangSimon L. CornishJow-Tsong ShyYi-Wei Liu

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