Self-assessment

Maltman, Mark

doi:10.1111/j.2044-3862.2009.tb00422.x

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B Meson Exchange Mechanism1

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2013

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“…In Ref. [19] we evaluated them on the basis of the linear σ-model in the case of f 0 meson [33,34] and with the help of the QCD sum rules for a 0 meson [35]. The result is [19]:…”

Section: B Meson Exchange Mechanismmentioning

confidence: 99%

Limits on lepton flavor violation fromμ−−e−conversion

et al. 2013

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We revisit the status of Lepton Flavor Violating (LFV) µeqq contact interactions from the view point of µ − − e − -conversion in nuclei. We consider their contribution to this LFV process via the two mechanisms on the hadronic level: direct nucleon and meson exchange ones. In the former case the quarks are embedded directly into the nucleons while in the latter in mesons which then interact with nucleons in a nucleus. We revise and in some cases reevaluate the hadronic parameters relevant for both mechanisms and calculate the contribution of the above mentioned contact interactions in coherent µ − − e − -conversion in various nuclei. Then we update our previous upper bounds and derive new ones for the scales of the µeqq contact interactions from the experimental limits on the capture rates of µ − − e − -conversion. We compare these limits with the ones derived in the literature from other LFV processes and comment on the prospects of LHC searches related to the contact µeqq interactions.

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“…In Ref. [19] we evaluated them on the basis of the linear σ-model in the case of f 0 meson [33,34] and with the help of the QCD sum rules for a 0 meson [35]. The result is [19]:…”

Section: B Meson Exchange Mechanismmentioning

confidence: 99%