QCD factorization for the four-body leptonic -meson decays
arXiv:2111.11811 · doi:10.1007/JHEP02(2022)141
Abstract
Employing the QCD factorization formalism we compute form factors with an off-shell photon state possessing the virtuality of order and , respectively, at next-to-leading order in QCD. Perturbative resummation for the enhanced logarithms of in the resulting factorization formulae is subsequently accomplished at next-to-leading logarithmic accuracy with the renormalization-group technique in momentum space. In particular, we derive the soft-collinear factorization formulae for a variety of the subleading power corrections to the exclusive radiative form factors with a hard-collinear photon at . We further construct the complete set of the angular observables governing the full differential distribution of the four-body leptonic decays with and then perform an exploratory phenomenological analysis for a number of decay observables accessible at the LHCb and Belle II experiments, with an emphasis on the systematic uncertainties arising from the shape parameters of the leading-twist -meson light-cone distribution amplitude in heavy quark effective theory.
arXiv comment58 pages, 11 figures
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