We extract the heavy-baryons mass-splittings due to S U (3) breaking using double ratios of QCD sum rules. We evaluate the masses of the strange-heavy baryons ΞQ , Ξ*Q , ΩQ and Ω*Q using as input the masses of the associated non-strange ΛQ , ΣQ and Σ*Q baryons. We notice that the leading term controlling the mass-splittings is the ratio $(ar{s}s)/(bar{q}q)$ of the quark condensate and not the running mass ms . We also predict the hyperfine splittings Ω*Q − ΩQ and Ξ*Q − ΞQ
Using an SU(3) flavor symmetry breaking expansion in the quark mass, we determine the QCD component ...
Abstract In this article, we study the mass spectrum of the low-lying triply heavy hybrid baryon, wh...
Abstract In this article, we reexamine the mass spectrum of the ground state triply heavy baryon sta...
We extract the heavy-baryons mass-splittings due to S U (3) breaking using doubl...
AbstractWe extract directly (for the first time) the charmed (C=1) and bottom (B=−1) heavy-baryons (...
We extract directly (for the first time) the charmed (C = 1) and bottom (B = -1) heavy-baryons (spin...
International audienceWe directly extract (for the first time) the heavy-baryons octetmass-splitting...
We consider (for the first time) the ratios of doubly heavy baryon masses (spin 3/2 over spin 1/2 an...
We consider the ratios of doubly heavy baryon masses using Double Ratios of Sum Rules (DRSR), which ...
The masses of baryons containing a single heavy quark are studied in a combined expansion in 1/m_Q, ...
AbstractWe use QCD sum rules to study the masses of the baryons Ξc and Ξb. We work with a current wh...
In this article, we study the doubly heavy baryon states Ξ cc , Ω cc , Ξ bb and Ω bb in the nu...
We derive QCD sum rules for heavy baryons at leading order in $1/m_Q$ and at next-to-leading order i...
We calculate the mass splittings within the heavy baryon isospin multiplets Sigma(c(b)) and Xi(')(c(...
We calculate the md−mu contribution to the mass splittings in baryonic isospin multiplets using SU(3...
Using an SU(3) flavor symmetry breaking expansion in the quark mass, we determine the QCD component ...
Abstract In this article, we study the mass spectrum of the low-lying triply heavy hybrid baryon, wh...
Abstract In this article, we reexamine the mass spectrum of the ground state triply heavy baryon sta...
We extract the heavy-baryons mass-splittings due to S U (3) breaking using doubl...
AbstractWe extract directly (for the first time) the charmed (C=1) and bottom (B=−1) heavy-baryons (...
We extract directly (for the first time) the charmed (C = 1) and bottom (B = -1) heavy-baryons (spin...
International audienceWe directly extract (for the first time) the heavy-baryons octetmass-splitting...
We consider (for the first time) the ratios of doubly heavy baryon masses (spin 3/2 over spin 1/2 an...
We consider the ratios of doubly heavy baryon masses using Double Ratios of Sum Rules (DRSR), which ...
The masses of baryons containing a single heavy quark are studied in a combined expansion in 1/m_Q, ...
AbstractWe use QCD sum rules to study the masses of the baryons Ξc and Ξb. We work with a current wh...
In this article, we study the doubly heavy baryon states Ξ cc , Ω cc , Ξ bb and Ω bb in the nu...
We derive QCD sum rules for heavy baryons at leading order in $1/m_Q$ and at next-to-leading order i...
We calculate the mass splittings within the heavy baryon isospin multiplets Sigma(c(b)) and Xi(')(c(...
We calculate the md−mu contribution to the mass splittings in baryonic isospin multiplets using SU(3...
Using an SU(3) flavor symmetry breaking expansion in the quark mass, we determine the QCD component ...
Abstract In this article, we study the mass spectrum of the low-lying triply heavy hybrid baryon, wh...
Abstract In this article, we reexamine the mass spectrum of the ground state triply heavy baryon sta...