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The color gauge invariance and a possible origin of the Jaffe-Witten mass gap in QCD
V. Gogokhia
The physical meaning of a mass gap introduced by Jaffe and Witten is to be responsible for the large-scale (low-energy/momentum), i.e., the non-perturbative structure of the true Q…
The non-perturbative equation of state for gluon matter
V. Gogokhia, V. SKokov
In order to derive equation of state for the pure SU(3) Yang-Mills fields from first principles, it is proposed to generalize the effective potential approach for composite operato…
II. The mass gap and solution of the quark confinement problem in QCD
V. Gogokhia
We have investigated a closed system of equations for the quark propagator, obtained earlier within our general approach to QCD at low energies. It implies quark confinement (the q…
I. The mass gap and solution of the quark confinement problem in QCD
V. Gogokhia
Using the previously derived confining gluon propagator, the corresponding system of equations determining the quark propagator is derived. The system of equations consists of the…
The mass gap and solution of the gluon confinement problem in QCD
V. Gogokhia
We propose to realize a mass gap in QCD not imposing the transversality condition on the full gluon self-energy, while preserving the color gauge invariance condition for the full…
A temporary violation of color gauge invariance as a source of the Jaffe-Witten mass gap in QCD
V. Gogokhia
We propose to realize a mass gap in QCD by not imposing the transversality condition on the full gluon self-energy, while preserving the color gauge invariance condition for the fu…