Precision calculations of form factors in QCD
arXiv:1907.11092 · doi:10.1103/PhysRevD.101.074035
Abstract
Applying the vacuum-to--meson correlation functions with an interpolating current for the light vector meson we construct the light-cone sum rules (LCSR) for the "effective" form factors , , and , defined by the corresponding hadronic matrix elements in soft-collinear effective theory (SCET), entering the leading-power factorization formulae for QCD form factors responsible for and decays at large hadronic recoil at next-to-leading-order in QCD. The light-quark mass effect for the local SCET form factors and is also computed from the LCSR method with the -meson light-cone distribution amplitude at . Furthermore, the subleading power corrections to form factors from the higher-twist -meson light-cone distribution amplitudes are also computed with the same method at tree level up to the twist-six accuracy. Having at our disposal the LCSR predictions for form factors, we further perform new determinations of the CKM matrix element from the semileptonic and decays, and predict the normalized differential branching fractions and the -binned longitudinal polarization fractions of the exclusive rare decays.
arXiv comment76 pages, 15 figures
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