Matches in SemOpenAlex for { <https://semopenalex.org/work/W1551187507> ?p ?o ?g. }
- W1551187507 abstract "The decay modes of the type $B to pi , D $ are dynamically different. For the case $bar{B_{d}^0} to pi^- D^{+} $ there is a substantial factorized contribution which dominates. In contrast, the decay mode $bar{B_{d}^0} to pi^0 D^{0} $ has a small factorized contribution, being proportional to a very small Wilson coefficient combination. In this paper we calculate the relevant Wilson coefficients at one loop level in the heavy quark limits, both for the $b$-quark and the $c$-quark. We also emphasize that for the decay mode $bar{B_{d}^0} to pi^0 D^{0}$ there is a sizeable non-factorizable contribution due long distance interactions, which dominate the amplitude. We estimate the branching ratio for this decay mode within our framework, which uses the heavy quark limits, both for the $b$- and the $c$-quarks. In addition, we treat energetic light ($u,d,s$) quarks within a variant of Large Energy Effective Theory and combine this with a new extension of chiral quark models. For reasonable values of the model dependent parameters of our model can account for at least 3/4 of the amplitude needed to explain the experimental branching ratio $simeq 2.6 times 10^{-4}$." @default.
- W1551187507 created "2016-06-24" @default.
- W1551187507 creator A5053338483 @default.
- W1551187507 creator A5072150789 @default.
- W1551187507 date "2010-10-05" @default.
- W1551187507 modified "2023-10-03" @default.
- W1551187507 title "Nonfactorizable contribution toBd0¯→π0D0" @default.
- W1551187507 cites W1498361755 @default.
- W1551187507 cites W1607029147 @default.
- W1551187507 cites W1798048142 @default.
- W1551187507 cites W1966902317 @default.
- W1551187507 cites W1969313943 @default.
- W1551187507 cites W1969532660 @default.
- W1551187507 cites W1970032317 @default.
- W1551187507 cites W197299473 @default.
- W1551187507 cites W1974234687 @default.
- W1551187507 cites W1975024736 @default.
- W1551187507 cites W1976339978 @default.
- W1551187507 cites W1976577660 @default.
- W1551187507 cites W1978710842 @default.
- W1551187507 cites W1981141583 @default.
- W1551187507 cites W1991582953 @default.
- W1551187507 cites W1994940716 @default.
- W1551187507 cites W2008451810 @default.
- W1551187507 cites W2009194686 @default.
- W1551187507 cites W2009516142 @default.
- W1551187507 cites W2011680816 @default.
- W1551187507 cites W2015334955 @default.
- W1551187507 cites W2015569849 @default.
- W1551187507 cites W2022214206 @default.
- W1551187507 cites W2025074645 @default.
- W1551187507 cites W2026828814 @default.
- W1551187507 cites W2028007620 @default.
- W1551187507 cites W2032983467 @default.
- W1551187507 cites W2033243682 @default.
- W1551187507 cites W2035704826 @default.
- W1551187507 cites W2041489400 @default.
- W1551187507 cites W2046747079 @default.
- W1551187507 cites W2056059849 @default.
- W1551187507 cites W2063178916 @default.
- W1551187507 cites W2070908071 @default.
- W1551187507 cites W2082358570 @default.
- W1551187507 cites W2087094547 @default.
- W1551187507 cites W2087840035 @default.
- W1551187507 cites W2091486206 @default.
- W1551187507 cites W2092254528 @default.
- W1551187507 cites W2099413375 @default.
- W1551187507 cites W2100042178 @default.
- W1551187507 cites W2100967306 @default.
- W1551187507 cites W2135157223 @default.
- W1551187507 cites W2142648083 @default.
- W1551187507 cites W2153636112 @default.
- W1551187507 cites W2210894124 @default.
- W1551187507 cites W2284158180 @default.
- W1551187507 cites W2602559730 @default.
- W1551187507 cites W266195994 @default.
- W1551187507 cites W2951198510 @default.
- W1551187507 cites W2952476274 @default.
- W1551187507 cites W2979076967 @default.
- W1551187507 cites W3021602213 @default.
- W1551187507 cites W3102420116 @default.
- W1551187507 cites W3103369206 @default.
- W1551187507 cites W3123201195 @default.
- W1551187507 cites W4256215421 @default.
- W1551187507 doi "https://doi.org/10.1103/physrevd.82.074007" @default.
- W1551187507 hasPublicationYear "2010" @default.
- W1551187507 type Work @default.
- W1551187507 sameAs 1551187507 @default.
- W1551187507 citedByCount "4" @default.
- W1551187507 countsByYear W15511875072014 @default.
- W1551187507 countsByYear W15511875072022 @default.
- W1551187507 crossrefType "journal-article" @default.
- W1551187507 hasAuthorship W1551187507A5053338483 @default.
- W1551187507 hasAuthorship W1551187507A5072150789 @default.
- W1551187507 hasBestOaLocation W15511875072 @default.
- W1551187507 hasConcept C101454708 @default.
- W1551187507 hasConcept C109214941 @default.
- W1551187507 hasConcept C121332964 @default.
- W1551187507 hasConcept C153294291 @default.
- W1551187507 hasConcept C166957645 @default.
- W1551187507 hasConcept C176616139 @default.
- W1551187507 hasConcept C180205008 @default.
- W1551187507 hasConcept C185544564 @default.
- W1551187507 hasConcept C188721877 @default.
- W1551187507 hasConcept C2779985612 @default.
- W1551187507 hasConcept C3566410 @default.
- W1551187507 hasConcept C40976572 @default.
- W1551187507 hasConcept C46460574 @default.
- W1551187507 hasConcept C62520636 @default.
- W1551187507 hasConcept C7602139 @default.
- W1551187507 hasConcept C95457728 @default.
- W1551187507 hasConceptScore W1551187507C101454708 @default.
- W1551187507 hasConceptScore W1551187507C109214941 @default.
- W1551187507 hasConceptScore W1551187507C121332964 @default.
- W1551187507 hasConceptScore W1551187507C153294291 @default.
- W1551187507 hasConceptScore W1551187507C166957645 @default.
- W1551187507 hasConceptScore W1551187507C176616139 @default.
- W1551187507 hasConceptScore W1551187507C180205008 @default.
- W1551187507 hasConceptScore W1551187507C185544564 @default.
- W1551187507 hasConceptScore W1551187507C188721877 @default.