Nonleptonic decays to , and other final states in Factorization
arXiv:hep-ph/0312160 · doi:10.1103/PhysRevD.69.094002
Abstract
We consider nonleptonic Cabibbo--allowed decays in the factorization approximation. We calculate nonleptonic decays of the type and relative to and where we include among the pseudoscalar states(P) and the vector states(V) the newly discovered resonances, and . In the ratio of decays to and relative to the decays to these states, the poorly known decay constants of and cancel leading to predictions that can shed light on the nature of these new states. In general, we predict the decays to be larger than the corresponding decays and in particular we find the branching ratio for can be between four to five times the branching ratio for . This enhancement of branching ratios follows primarily from the fact that more partial waves contribute in decays than in decays. Our predictions are largely independent of model calculations of hadronic inputs like form factors and decay constants.
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