The contributions to heavy meson mass differences by the strong hyperfine interaction, the light quark masses and the electromagnetic interaction are obtained from the empirical values of the $D$, $D^*$, $B$ and $B^*$ masses by means of a mass formula based on the heavy quark mass expansion. The three different types of contributions are determined with significant accuracy to next to leading order in that expansion
AbstractPrompted by the recent surprising results in QCD spectroscopy, we extend the treatment of th...
In this paper, we investigate three symmetry breaking effects in strong and radiative decays of stra...
AbstractWe extract directly (for the first time) the charmed (C=1) and bottom (B=−1) heavy-baryons (...
AbstractThe contributions to heavy meson mass differences by the strong hyperfine interaction, the l...
We use the observed SU(3) breaking in the mass spectrum of mesons containing a single heavy quark to...
Using the Cottingham formula, we give an estimate of the electromagnetic mass splitting of pseudosca...
The $SU(3)$ and hyperfine mass splittings of mesons containing a single heavy quark are computed to ...
The electromagnetic contribution to the isomultiplet mass splittings of heavy mesons is reanalyzed w...
I give a basic introduction to the Heavy Quark Effective Theory. I discuss the implications of the h...
The spin-averaged binding energy and the hyperfine mass splitting of heavy-light mesons are investig...
We present lattice results for the spectrum of mesons containing one heavy quark and of baryons cont...
In this paper, we investigate symmetry breaking effects in strong and radiative decays of heavy meso...
Using heavy quark symmetry we construct an energy sum rule relating the form factor of a heavy flavo...
Talk given at the Conference on Fundamental Interactions of Elementary Particles, ITEP, Moscow, Oct....
We extract directly (for the first time) the charmed (C = 1) and bottom (B = -1) heavy-baryons (spin...
AbstractPrompted by the recent surprising results in QCD spectroscopy, we extend the treatment of th...
In this paper, we investigate three symmetry breaking effects in strong and radiative decays of stra...
AbstractWe extract directly (for the first time) the charmed (C=1) and bottom (B=−1) heavy-baryons (...
AbstractThe contributions to heavy meson mass differences by the strong hyperfine interaction, the l...
We use the observed SU(3) breaking in the mass spectrum of mesons containing a single heavy quark to...
Using the Cottingham formula, we give an estimate of the electromagnetic mass splitting of pseudosca...
The $SU(3)$ and hyperfine mass splittings of mesons containing a single heavy quark are computed to ...
The electromagnetic contribution to the isomultiplet mass splittings of heavy mesons is reanalyzed w...
I give a basic introduction to the Heavy Quark Effective Theory. I discuss the implications of the h...
The spin-averaged binding energy and the hyperfine mass splitting of heavy-light mesons are investig...
We present lattice results for the spectrum of mesons containing one heavy quark and of baryons cont...
In this paper, we investigate symmetry breaking effects in strong and radiative decays of heavy meso...
Using heavy quark symmetry we construct an energy sum rule relating the form factor of a heavy flavo...
Talk given at the Conference on Fundamental Interactions of Elementary Particles, ITEP, Moscow, Oct....
We extract directly (for the first time) the charmed (C = 1) and bottom (B = -1) heavy-baryons (spin...
AbstractPrompted by the recent surprising results in QCD spectroscopy, we extend the treatment of th...
In this paper, we investigate three symmetry breaking effects in strong and radiative decays of stra...
AbstractWe extract directly (for the first time) the charmed (C=1) and bottom (B=−1) heavy-baryons (...