论文标题
通过复杂仪表理论限制振动和费米的途径
A path to confine gluons and fermions through complex gauge theory
论文作者
论文摘要
我们在这里介绍了基于复杂组的QCD的研究。我们的目的是表明具有复杂对称性的仪表理论会发展出描述约束阶段所需的一些特征。该理论导致具有I颗粒的传播特征的胶状，在Gribov场景中的繁殖物的基本成分，以及与Quark限制的“ T Hooft”预测的模式的Gluon繁殖。通过这种方式，我们以这种可能的Gluon凝结物以及与费米子耦合后的狭窄间质潜力一起提出。这是一种新颖性，因为到目前为止，GZ类型的所有理论都没有产生夸克限制。
We introduced here the study of a QCD based on a complex group. Our aim is to show that a gauge theory with a complex symmetry develops some of the features required for the description of a confined phase. This theory leads to gluons with propagations characteristic of i-particles, fundamental constituents of propagators in the Gribov scenario, together with a gluon propagating with the mode predicted by 't Hooft for the quark confinement. In this way, we present in this same theory a possible gluon condensate, together with a confining interquark potential after the coupling to fermions. This is a novelty, as, up to now, all theories of the GZ kind do not generate quark confinement.
