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Measuring $\gamma$ at LHCb with $B^{+-} \to (\overline{D^{0}}/D^{0})(K\pi,KK,\pi\pi) K^{+-}$ Decays

A method of extracting the CKM angle gamma from the decay rates of the processes B+- -> (D0/D~0)(Kpi,KK,pipi) K+- is presented. Knowledge of the relative D0/D~0 two-body branching fractions and the selection efficiencies are used to reduce the number of unknown parameters. From one nominal year o...

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Autor principal: Patel, M
Lenguaje:eng
Publicado: 2008
Materias:
Acceso en línea:http://cds.cern.ch/record/1095889
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author Patel, M
author_facet Patel, M
author_sort Patel, M
collection CERN
description A method of extracting the CKM angle gamma from the decay rates of the processes B+- -> (D0/D~0)(Kpi,KK,pipi) K+- is presented. Knowledge of the relative D0/D~0 two-body branching fractions and the selection efficiencies are used to reduce the number of unknown parameters. From one nominal year of LHCb data-taking (2fb-1 integrated luminosity), a precision on gamma in the range 8.2-9.6 degrees is expected, depending on the value of the unknown strong phase in the Kpi decay.
id cern-1095889
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2008
record_format invenio
spelling cern-10958892019-09-30T06:29:59Zhttp://cds.cern.ch/record/1095889engPatel, MMeasuring $\gamma$ at LHCb with $B^{+-} \to (\overline{D^{0}}/D^{0})(K\pi,KK,\pi\pi) K^{+-}$ DecaysDetectors and Experimental TechniquesA method of extracting the CKM angle gamma from the decay rates of the processes B+- -> (D0/D~0)(Kpi,KK,pipi) K+- is presented. Knowledge of the relative D0/D~0 two-body branching fractions and the selection efficiencies are used to reduce the number of unknown parameters. From one nominal year of LHCb data-taking (2fb-1 integrated luminosity), a precision on gamma in the range 8.2-9.6 degrees is expected, depending on the value of the unknown strong phase in the Kpi decay.LHCb-2008-011CERN-LHCb-2008-011oai:cds.cern.ch:10958892008-09-01
spellingShingle Detectors and Experimental Techniques
Patel, M
Measuring $\gamma$ at LHCb with $B^{+-} \to (\overline{D^{0}}/D^{0})(K\pi,KK,\pi\pi) K^{+-}$ Decays
title Measuring $\gamma$ at LHCb with $B^{+-} \to (\overline{D^{0}}/D^{0})(K\pi,KK,\pi\pi) K^{+-}$ Decays
title_full Measuring $\gamma$ at LHCb with $B^{+-} \to (\overline{D^{0}}/D^{0})(K\pi,KK,\pi\pi) K^{+-}$ Decays
title_fullStr Measuring $\gamma$ at LHCb with $B^{+-} \to (\overline{D^{0}}/D^{0})(K\pi,KK,\pi\pi) K^{+-}$ Decays
title_full_unstemmed Measuring $\gamma$ at LHCb with $B^{+-} \to (\overline{D^{0}}/D^{0})(K\pi,KK,\pi\pi) K^{+-}$ Decays
title_short Measuring $\gamma$ at LHCb with $B^{+-} \to (\overline{D^{0}}/D^{0})(K\pi,KK,\pi\pi) K^{+-}$ Decays
title_sort measuring $\gamma$ at lhcb with $b^{+-} \to (\overline{d^{0}}/d^{0})(k\pi,kk,\pi\pi) k^{+-}$ decays
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/1095889
work_keys_str_mv AT patelm measuringgammaatlhcbwithbtooverlined0d0kpikkpipikdecays