Light constituent quark masses and the corresponding dynamical quark masses are determined by data, the Quark-Level Linear $\sigma $ Model, and infrared QCD. This allows to define effective nonstrange and strange current quark masses which reproduce the experimental pion and kaon masses very accurately, by simple additivity. Moreover, the masses of the light scalar mesons σ(600) and κ(800) can be obtained straightforwardly from the constituent quark masses. In contrast, the usual nonstrange and strange current quark masses employed by Chiral Perturbation Theory do not allow a simple quantitative explanation of the pion and kaon masses
A completely non-perturbative estimate is given for the u/d and strange quark masses in quenched QCD...
A completely non-perturbative estimate is given for the u/d and strange quark masses in quenched QCD...
We compute pseudoscalar meson masses and decay constants using staggered quarks on lattices with thr...
Light constituent quark masses and the corresponding dynamical quark masses are determined by data, ...
Quantum chromodynamics has placed the problem of hadronic symmetry breaking on a rational basis. The...
We derive a consistent set of light quark mass ratios which are compatible with the available constr...
We derive a consistent set of light quark mass ratios which are compatible with the available constr...
We derive a consistent set of light quark mass ratios which are compatible with the available constr...
Quantum chromodynamics has placed the problem of hadronic symmetry breaking on a rational basis. The...
We derive a consistent set of light quark mass ratios which are compatible with the available constr...
This contribution summarizes the work explained in arXiv:hep-ph/0608290 where we perform a non-pertu...
We perform a non-perturbative chiral study of the masses of the lightest pseudoscalar mesons. In the...
Simple relations between the masses of the two lightest up and down quarks were obtained on the basi...
Published online XXXX This review of the quark-level linear σ model (QLLσM) is based upon the dynami...
The masses of the low-lying strange and charm baryons are evaluated using two degenerate flavors of ...
A completely non-perturbative estimate is given for the u/d and strange quark masses in quenched QCD...
A completely non-perturbative estimate is given for the u/d and strange quark masses in quenched QCD...
We compute pseudoscalar meson masses and decay constants using staggered quarks on lattices with thr...
Light constituent quark masses and the corresponding dynamical quark masses are determined by data, ...
Quantum chromodynamics has placed the problem of hadronic symmetry breaking on a rational basis. The...
We derive a consistent set of light quark mass ratios which are compatible with the available constr...
We derive a consistent set of light quark mass ratios which are compatible with the available constr...
We derive a consistent set of light quark mass ratios which are compatible with the available constr...
Quantum chromodynamics has placed the problem of hadronic symmetry breaking on a rational basis. The...
We derive a consistent set of light quark mass ratios which are compatible with the available constr...
This contribution summarizes the work explained in arXiv:hep-ph/0608290 where we perform a non-pertu...
We perform a non-perturbative chiral study of the masses of the lightest pseudoscalar mesons. In the...
Simple relations between the masses of the two lightest up and down quarks were obtained on the basi...
Published online XXXX This review of the quark-level linear σ model (QLLσM) is based upon the dynami...
The masses of the low-lying strange and charm baryons are evaluated using two degenerate flavors of ...
A completely non-perturbative estimate is given for the u/d and strange quark masses in quenched QCD...
A completely non-perturbative estimate is given for the u/d and strange quark masses in quenched QCD...
We compute pseudoscalar meson masses and decay constants using staggered quarks on lattices with thr...