We investigate chiral symmetry breaking and color symmetry breaking in QCD. The effective potential of the corresponding scalar condensates is discussed in the presence of non-perturbative contributions from the semiclassical one-instanton sector. We concentrate on a color singlet scalar background which can describe chiral condensation, as well as a color octet scalar background which can generate mass for the gluons. Whereas a non-vanishing singlet chiral field is favored by the instantons, we have found no indication for a preference of color octet backgrounds
We study light quark interactions in the instanton liquid at finite quark/baryon number density anal...
In this talk we discuss an improvement of the Diakonov-Petrov QCD Effective Action. We propose the I...
We consider instanton contributions to chiral correlators, such as <0| Tr with either light adjoint ...
AbstractThe instanton interaction in QCD generates an effective potential for scalar quark–antiquark...
AbstractThe instanton interaction in QCD generates an effective potential for scalar quark–antiquark...
We study finite density QCD in an approximation in which the interaction between quarks is modelled ...
We calculate the contribution of the instanton -- anti-instanton ($I\bar I$) pairs to the vacuum ene...
AbstractWe consider the Nc→∞ limit of QCD using a toy model in which instantons exchange color-singl...
Spontaneous breaking of color is investigated for the vacuum of QCD$_2$ with two light flavors of qu...
AbstractWe consider the Nc→∞ limit of QCD using a toy model in which instantons exchange color-singl...
We propose an improvement of the Diakonov-Petrov Effective Action on the basis of the Lee-Bardeen re...
We study instanton effects in QCD at very high baryon density. In this regime instantons are suppres...
Our research reveals the relations among monopoles, color confinement, instantons, and chiral symmet...
We describe the interplay of two nonperturbative phenomena which should take place in the chirally i...
We consider the most general four fermion operators in QCD for two and three massless flavors and st...
We study light quark interactions in the instanton liquid at finite quark/baryon number density anal...
In this talk we discuss an improvement of the Diakonov-Petrov QCD Effective Action. We propose the I...
We consider instanton contributions to chiral correlators, such as <0| Tr with either light adjoint ...
AbstractThe instanton interaction in QCD generates an effective potential for scalar quark–antiquark...
AbstractThe instanton interaction in QCD generates an effective potential for scalar quark–antiquark...
We study finite density QCD in an approximation in which the interaction between quarks is modelled ...
We calculate the contribution of the instanton -- anti-instanton ($I\bar I$) pairs to the vacuum ene...
AbstractWe consider the Nc→∞ limit of QCD using a toy model in which instantons exchange color-singl...
Spontaneous breaking of color is investigated for the vacuum of QCD$_2$ with two light flavors of qu...
AbstractWe consider the Nc→∞ limit of QCD using a toy model in which instantons exchange color-singl...
We propose an improvement of the Diakonov-Petrov Effective Action on the basis of the Lee-Bardeen re...
We study instanton effects in QCD at very high baryon density. In this regime instantons are suppres...
Our research reveals the relations among monopoles, color confinement, instantons, and chiral symmet...
We describe the interplay of two nonperturbative phenomena which should take place in the chirally i...
We consider the most general four fermion operators in QCD for two and three massless flavors and st...
We study light quark interactions in the instanton liquid at finite quark/baryon number density anal...
In this talk we discuss an improvement of the Diakonov-Petrov QCD Effective Action. We propose the I...
We consider instanton contributions to chiral correlators, such as <0| Tr with either light adjoint ...