Matches in SemOpenAlex for { <https://semopenalex.org/work/W2038001736> ?p ?o ?g. }
- W2038001736 endingPage "42" @default.
- W2038001736 startingPage "36" @default.
- W2038001736 abstract "Latest Lattice results on $D$ form factors evaluation from first principles show that the standard model (SM) branching ratios prediction for the leptonic $D_s to ell nu_ell$ decays and the semileptonic SM branching ratios of the $D^0$ and $D^+$ meson decays are in good agreement with the world average experimental measurements. It is possible to disprove New Physics hypothesis or find bounds over several models beyond the SM. Using the observed leptonic and semileptonic branching ratios for the D meson decays, we performed a combined analysis to constrain non standard interactions which mediate the $cbar{s}to lbar{nu}$ transition. This is done either by a model independent way through the corresponding Wilson coefficients or in a model dependent way by finding the respective bounds over the relevant parameters for some models beyond the standard model. In particular, we obtain bounds for the Two Higgs Doublet Model Type-II and Type III, the Left-Right model, the Minimal Supersymmetric Standard Model with explicit R-Parity violation and Leptoquarks. Finally, we estimate the transverse polarization of the lepton in the $D^0$ decay and we found it can be as high as $P_T=0.23$." @default.
- W2038001736 created "2016-06-24" @default.
- W2038001736 creator A5021085725 @default.
- W2038001736 creator A5032481686 @default.
- W2038001736 creator A5073436492 @default.
- W2038001736 creator A5081052373 @default.
- W2038001736 date "2014-04-01" @default.
- W2038001736 modified "2023-10-01" @default.
- W2038001736 title "Constraining New Physics with D meson decays" @default.
- W2038001736 cites W129203743 @default.
- W2038001736 cites W1500741091 @default.
- W2038001736 cites W1581228648 @default.
- W2038001736 cites W1746003754 @default.
- W2038001736 cites W1748591433 @default.
- W2038001736 cites W1759677155 @default.
- W2038001736 cites W1858542512 @default.
- W2038001736 cites W1964968422 @default.
- W2038001736 cites W1976023651 @default.
- W2038001736 cites W1982570787 @default.
- W2038001736 cites W1985388980 @default.
- W2038001736 cites W1985743251 @default.
- W2038001736 cites W2002639004 @default.
- W2038001736 cites W2006324130 @default.
- W2038001736 cites W2016856469 @default.
- W2038001736 cites W2019721928 @default.
- W2038001736 cites W2021835670 @default.
- W2038001736 cites W2039307678 @default.
- W2038001736 cites W2040014583 @default.
- W2038001736 cites W2040711292 @default.
- W2038001736 cites W2048447566 @default.
- W2038001736 cites W2053598037 @default.
- W2038001736 cites W2055360787 @default.
- W2038001736 cites W2056665735 @default.
- W2038001736 cites W2060465568 @default.
- W2038001736 cites W2070908071 @default.
- W2038001736 cites W2071383272 @default.
- W2038001736 cites W2076449007 @default.
- W2038001736 cites W2081587632 @default.
- W2038001736 cites W2092296802 @default.
- W2038001736 cites W2103278473 @default.
- W2038001736 cites W2115670636 @default.
- W2038001736 cites W2119845611 @default.
- W2038001736 cites W2124075924 @default.
- W2038001736 cites W2130052854 @default.
- W2038001736 cites W2149179886 @default.
- W2038001736 cites W2151928103 @default.
- W2038001736 cites W2156099205 @default.
- W2038001736 cites W2160298091 @default.
- W2038001736 cites W2160659253 @default.
- W2038001736 cites W2167727518 @default.
- W2038001736 cites W2170703187 @default.
- W2038001736 cites W2172170133 @default.
- W2038001736 cites W2174639164 @default.
- W2038001736 cites W2232221069 @default.
- W2038001736 cites W2284992475 @default.
- W2038001736 cites W2323999397 @default.
- W2038001736 cites W2325895417 @default.
- W2038001736 cites W2334765411 @default.
- W2038001736 cites W3097096458 @default.
- W2038001736 cites W3101152890 @default.
- W2038001736 cites W3101956431 @default.
- W2038001736 cites W3122653062 @default.
- W2038001736 cites W314619895 @default.
- W2038001736 cites W3147552211 @default.
- W2038001736 cites W81778780 @default.
- W2038001736 doi "https://doi.org/10.1016/j.physletb.2014.02.008" @default.
- W2038001736 hasPublicationYear "2014" @default.
- W2038001736 type Work @default.
- W2038001736 sameAs 2038001736 @default.
- W2038001736 citedByCount "11" @default.
- W2038001736 countsByYear W20380017362014 @default.
- W2038001736 countsByYear W20380017362015 @default.
- W2038001736 countsByYear W20380017362016 @default.
- W2038001736 countsByYear W20380017362017 @default.
- W2038001736 countsByYear W20380017362020 @default.
- W2038001736 countsByYear W20380017362021 @default.
- W2038001736 countsByYear W20380017362023 @default.
- W2038001736 crossrefType "journal-article" @default.
- W2038001736 hasAuthorship W2038001736A5021085725 @default.
- W2038001736 hasAuthorship W2038001736A5032481686 @default.
- W2038001736 hasAuthorship W2038001736A5073436492 @default.
- W2038001736 hasAuthorship W2038001736A5081052373 @default.
- W2038001736 hasBestOaLocation W20380017361 @default.
- W2038001736 hasConcept C101454708 @default.
- W2038001736 hasConcept C109214941 @default.
- W2038001736 hasConcept C121332964 @default.
- W2038001736 hasConcept C147120987 @default.
- W2038001736 hasConcept C158129726 @default.
- W2038001736 hasConcept C166957645 @default.
- W2038001736 hasConcept C179203047 @default.
- W2038001736 hasConcept C184748400 @default.
- W2038001736 hasConcept C185544564 @default.
- W2038001736 hasConcept C200006409 @default.
- W2038001736 hasConcept C2778910143 @default.
- W2038001736 hasConcept C3566410 @default.
- W2038001736 hasConcept C40976572 @default.
- W2038001736 hasConcept C46460574 @default.
- W2038001736 hasConcept C95457728 @default.