35 pages, 14 tables, 17 figures; Introduction extended and typos corrected. Version accepted for publication in PRDWe present a study of the B spectrum performed in the framework of Heavy Quark Effective Theory expanded to next-to-leading order in 1/m and non-perturbative in the strong coupling. Our analyses have been performed on Nf=2 lattice gauge field ensembles corresponding to three different lattice spacings and a wide range of pion masses. We obtain the Bs-meson mass and hyperfine splittings of the B- and Bs-mesons that are in good agreement with the experimental values and examine the mass difference m_{Bs}-m_B as a further cross-check of our previous estimate of the b-quark mass. We also report on the mass splitting between the fir...
We present the first lattice calculation of the B-meson binding energy and of the kinetic energy -l...
We present the first lattice calculation of the B-meson binding energy \labar and of the kinetic ene...
Inspired by the lower statistical information in the bottom {\bf sector, in this paper, we} calculat...
We present a study of the B spectrum performed in the framework of heavy quark effective theory expa...
We present a study of the B spectrum performed in the framework of Heavy Quark Effective Theory expa...
We present a study of the B spectrum performed in the framework of Heavy Quark Effective Theory expa...
We present a study of the B spectrum performed in the framework of heavy quark effective theory expa...
We present a study of the B spectrum performed in the framework of heavy quark effective theory expa...
AbstractWe present a computation of B-meson decay constants from lattice QCD simulations within the ...
We present a lattice investigation, partially including the effects of dynamical quarks, of the heav...
We present lattice results for the spectrum of mesons containing one heavy quark and of baryons cont...
We present a high statistics lattice calculation of the B-meson binding energy of the heavy-quark i...
We present a high statistics lattice calculation of the B-meson binding energy of the heavy-quark i...
We present the first lattice calculation of the B-meson binding energy and of the kinetic energy -l...
We present our analysis of B physics quantities using non-perturbatively matched Heavy Quark Effecti...
We present the first lattice calculation of the B-meson binding energy and of the kinetic energy -l...
We present the first lattice calculation of the B-meson binding energy \labar and of the kinetic ene...
Inspired by the lower statistical information in the bottom {\bf sector, in this paper, we} calculat...
We present a study of the B spectrum performed in the framework of heavy quark effective theory expa...
We present a study of the B spectrum performed in the framework of Heavy Quark Effective Theory expa...
We present a study of the B spectrum performed in the framework of Heavy Quark Effective Theory expa...
We present a study of the B spectrum performed in the framework of heavy quark effective theory expa...
We present a study of the B spectrum performed in the framework of heavy quark effective theory expa...
AbstractWe present a computation of B-meson decay constants from lattice QCD simulations within the ...
We present a lattice investigation, partially including the effects of dynamical quarks, of the heav...
We present lattice results for the spectrum of mesons containing one heavy quark and of baryons cont...
We present a high statistics lattice calculation of the B-meson binding energy of the heavy-quark i...
We present a high statistics lattice calculation of the B-meson binding energy of the heavy-quark i...
We present the first lattice calculation of the B-meson binding energy and of the kinetic energy -l...
We present our analysis of B physics quantities using non-perturbatively matched Heavy Quark Effecti...
We present the first lattice calculation of the B-meson binding energy and of the kinetic energy -l...
We present the first lattice calculation of the B-meson binding energy \labar and of the kinetic ene...
Inspired by the lower statistical information in the bottom {\bf sector, in this paper, we} calculat...