Transverse-momentum-dependent wave functions with Glauber gluons in , decays
arXiv:1502.04162 · doi:10.1103/PhysRevD.91.114019
Abstract
We investigate the Glauber-gluon effect on the and decays, which is introduced via a convolution of a universal Glauber phase factor with transverse-momentum-dependent(TMD) meson wave functions in the factorization theorem. For an appropriate parametrization of the Glauber phase, it is observed that a TMD wave function for the pion ( meson) with a weak (strong) falloff in parton transverse momentum leads to significant (moderate) modification of the () branching ratio: the former (latter) is enhanced (reduced) by about a factor of 2 (15\%). This observation is consistent with the dual role of the pion as a massless Nambu-Goldstone boson and as a bound state, which requires a tighter spatial distribution of its leading Fock state relative to higher Fock states. The agreement between the theoretical predictions and the data for all the and branching ratios is then improved simultaneously, and it is possible to resolve the puzzle.
arXiv commentRevTex file, 11 pages, 4 figures, and 1 table, contents improved and references added; matching the published version
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