semileptonic decay in covariant quark models à la Bakamjian Thomas
arXiv:hep-ph/9605206 · doi:10.1016/0370-2693(96)00945-8
Abstract
Once chosen the dynamics in one frame, for example the rest frame, the Bakamjian and Thomas method allows to define relativistic quark models in any frame. These models have been shown to provide, in the heavy quark limit, fully covariant current form factors as matrix elements of the quark current operator. They also verify the Isgur-Wise scaling and give a slope parameter for all the possible choices of the dynamics. In this paper we study the excited states and derive the general formula, valid for any dynamics, for the scaling invariant form factors and . We also check the Bjorken-Isgur-Wise sum rule already demonstrated elsewhere in this class of models.
14 pages, Latex2e, AMS-LaTeX
References in corpus (3)
Cited by in corpus (18)
- Semileptonic B decays to excited charmed mesons
- Quantitative Predictions for semileptonic decays into and the orbitally excited in quark models à la Bakamjian-Thomas
- Semileptonic decays to excited charmed mesons with and searching for new physics with
- Charm and Bottom Baryon Decays in the Bethe-Salpeter Approach: Heavy to Heavy Semileptonic Transitions
- B0(t) -> DPP time-dependent Dalitz plots, CP-violating angles 2beta, 2beta+gamma, and discrete ambiguities
- Uraltsev Sum Rule in Bakamjian-Thomas Quark Models
- Heavy-to-Light Form Factors in the Final Hadron Large Energy Limit: Covariant Quark Model Approach
- Semileptonic and leptonic decays, circa 2016
- Decay constants in the heavy quark limit in models à la Bakamjian and Thomas
- Slope of the Isgur-Wise function in the heavy mass limit of quark models à la Bakamjian-Thomas
- Isgur--Wise function in a relativistic model of constituent quarks
- Heavy baryon wave functions, Bakamjian-Thomas approach to form factors, and observables in transitions
- Spatial distributions in static heavy-light mesons: a comparison of quark models with lattice QCD
- Relation between Light Cone Distribution Amplitudes and Shape Function in B mesons
- Finite mass corrections for B -> D(*), D** \ell νdecays in the Bakamjian-Thomas relativistic quark model
- Status of and CKM matrix elements
- Sum rules of Bjorken-Uraltsev type in the Bakamjian-Thomas relativistic quark model
- Isgur-Wise functions and unitary representations of the Lorentz group : the meson case j = 1/2