The semileptonic B{yields}{pi}l{sup +}{nu}{sub l} decay is studied starting from a simple quark model which includes the influence of the B* pole. To extend the predictions of a nonrelativistic constituent quark model from its region of applicability near q{sub max}{sup 2}=(m{sub B}-m{sub {pi}}){sup 2} to all q{sup 2} values accessible in the physical decay, we use a novel multiply subtracted Omnes dispersion relation, which considerably diminishes the form-factor dependence on the elastic {pi}B{yields}{pi}B scattering amplitudes at high energies. By comparison to the experimental branching fraction we extract |V{sub ub}|=0.0034{+-}0.0003(exp){+-}0.0007(theory). To further test our framework, we also study D{yields}{pi} and D{yields}K decay...
Quark model results for the B\to \pi,\rho decays are analysed, making use of the dispersion formulat...
We report preliminary results from a study of the charmless exclusive semileptonic decay B{sup 0} {y...
Proceedings of the 37 International Conference on High Energy Physics (ICHEP 2014) will be published...
The semileptonic B ->pi l(+)nu(l) decay is studied starting from a simple quark model which includes...
The semileptonic decay B->pi is studied starting from a simple quark model that takes into accoun...
The semileptonic decay B->pi is studied starting from a simple quark model and taking into account t...
The semileptonic decay B→π is studied starting from a simple quark model and taking into account the...
The semileptonic decay B ->pi is studied starting from a simple quark model that takes into into acc...
We update the extraction of |V{sub ub}| from exclusive semileptonic B{yields}{pi} decays, combining ...
We use a multiply-subtracted Omnès dispersion relation for the form factor f+ in B-->pi semilepto...
We use Omnes representations of the form factors f_+ and f_0 for exclusive semileptonic B to pi deca...
We use a multiply-subtracted Omnes dispersion relation for the form factor f^+ in B->pi semileptonic...
The semileptonic process, B --> \pi l \nu, is studied via realistic Lattice QCD simulations. We use ...
We present a precise calculation of the dilepton invariant-mass spectrumand branching fraction for $...
We present an exploratory lattice study of $B\to\pi$ semileptonic decay form factors using the nonre...
Quark model results for the B\to \pi,\rho decays are analysed, making use of the dispersion formulat...
We report preliminary results from a study of the charmless exclusive semileptonic decay B{sup 0} {y...
Proceedings of the 37 International Conference on High Energy Physics (ICHEP 2014) will be published...
The semileptonic B ->pi l(+)nu(l) decay is studied starting from a simple quark model which includes...
The semileptonic decay B->pi is studied starting from a simple quark model that takes into accoun...
The semileptonic decay B->pi is studied starting from a simple quark model and taking into account t...
The semileptonic decay B→π is studied starting from a simple quark model and taking into account the...
The semileptonic decay B ->pi is studied starting from a simple quark model that takes into into acc...
We update the extraction of |V{sub ub}| from exclusive semileptonic B{yields}{pi} decays, combining ...
We use a multiply-subtracted Omnès dispersion relation for the form factor f+ in B-->pi semilepto...
We use Omnes representations of the form factors f_+ and f_0 for exclusive semileptonic B to pi deca...
We use a multiply-subtracted Omnes dispersion relation for the form factor f^+ in B->pi semileptonic...
The semileptonic process, B --> \pi l \nu, is studied via realistic Lattice QCD simulations. We use ...
We present a precise calculation of the dilepton invariant-mass spectrumand branching fraction for $...
We present an exploratory lattice study of $B\to\pi$ semileptonic decay form factors using the nonre...
Quark model results for the B\to \pi,\rho decays are analysed, making use of the dispersion formulat...
We report preliminary results from a study of the charmless exclusive semileptonic decay B{sup 0} {y...
Proceedings of the 37 International Conference on High Energy Physics (ICHEP 2014) will be published...