The compatibility between the QCD analytic invariant charge and chiral symmetry breaking is examined in detail. The coupling in question incorporates asymptotic freedom and infrared enhancement into a single expression, and contains only one adjustable parameter with dimension of mass. When inserted into the standard form of the quark gap-equation it gives rise to solutions displaying singular confining behavior at the origin. By relating these solutions to the pion decay constant, a rough estimate of about 880 MeV is obtained for the aforementioned mass-scale
The properties of the new analytic running coupling are investigated at the higher loop levels. The ...
A recently developed model for the QCD analytic invariant charge is compared with quenched lattice s...
An analytic ghost-free model for the QCD running coupling a(Q(^2)) is proposed. It is constructed fr...
The compatibility between the QCD analytic invariant charge and chiral symmetry breaking is examined...
We study the impact on chiral symmetry breaking of a recently developed model for the QCD analytic i...
The compatibility between the QCD analytic invariant charge and chiral symmetry breaking is examined...
The low energy behavior of a recently proposed model for the massive analytic running coupling of QC...
In general, the kernel of QCD's gap equation possesses a domain of analyticity upon which the e...
A new model for the QCD analytic running coupling, which incorporates the effects due to the π meson...
In this work we investigate how the details of the quark-gluon interaction vertex affect the quantit...
In this work we study dynamical quark mass generation using an infrared finite gluon propagator obta...
The perturbative expression of the running strong coupling constant \alpha_{\rm s}(Q^{2}) has an unp...
We study the dependence on the pion mass of the QCD effective charge by employing the dispersion rel...
We study the dependence on the pion mass of the QCD effective charge by employing the dispersion rel...
A detailed investigation of the low-energy chiral expansion is presented within a model truncation o...
The properties of the new analytic running coupling are investigated at the higher loop levels. The ...
A recently developed model for the QCD analytic invariant charge is compared with quenched lattice s...
An analytic ghost-free model for the QCD running coupling a(Q(^2)) is proposed. It is constructed fr...
The compatibility between the QCD analytic invariant charge and chiral symmetry breaking is examined...
We study the impact on chiral symmetry breaking of a recently developed model for the QCD analytic i...
The compatibility between the QCD analytic invariant charge and chiral symmetry breaking is examined...
The low energy behavior of a recently proposed model for the massive analytic running coupling of QC...
In general, the kernel of QCD's gap equation possesses a domain of analyticity upon which the e...
A new model for the QCD analytic running coupling, which incorporates the effects due to the π meson...
In this work we investigate how the details of the quark-gluon interaction vertex affect the quantit...
In this work we study dynamical quark mass generation using an infrared finite gluon propagator obta...
The perturbative expression of the running strong coupling constant \alpha_{\rm s}(Q^{2}) has an unp...
We study the dependence on the pion mass of the QCD effective charge by employing the dispersion rel...
We study the dependence on the pion mass of the QCD effective charge by employing the dispersion rel...
A detailed investigation of the low-energy chiral expansion is presented within a model truncation o...
The properties of the new analytic running coupling are investigated at the higher loop levels. The ...
A recently developed model for the QCD analytic invariant charge is compared with quenched lattice s...
An analytic ghost-free model for the QCD running coupling a(Q(^2)) is proposed. It is constructed fr...