GLUON SELF‐ENERGY, COLOR CHARGE, AND GEOMETRIC CONFINEMENT IN SIX‐DIMENSIONAL PSEUDO–KÄHLER SPACETIME

Fuente: Zenodo

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Autore principale:	deng, yuming
Natura:	Recurso digital
Pubblicazione:	Zenodo 2025
Soggetti:	gluon self-energy color charge confinement quantum chromodynamics (QCD) geometric confinement mechanism non-Abelian gauge fields strong interaction geometry SU(3)_c gauge symmetry color flux tubes infrared QCD behavior asymptotic freedom QCD vacuum structure gluon propagator deformation running of strong coupling gluon condensate Dyson–Schwinger equations confinement from geometry holographic QCD models six-dimensional confinement pseudo-Kähler geometry in QCD color field topology topological charge and QCD quark–gluon plasma phase mass gap in QCD effective gluon mass ghost-gluon vertex BRST symmetry in QCD nonperturbative QCD lattice confinement indicators gluon polarization tensor gluon loop corrections
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