论文标题
在厚中心涡流模型内的夸克电势的非物理凹面上
On the non-physical concavity of the quark potentials within the thick center vortex model
论文作者
论文摘要
晶格量规理论结果表明，不同Yang-Mills理论甚至G（2）量规理论中夸克电位的限制。 LGT计算表明，夸克电势应该具有下降的凹度行为。可以使用厚的中心涡流模型来解释限制属性。但是，使用此模型在夸克电势间隔中可以看到向上的凹度。在研究了这种凹陷的原因之后，可以通过在晶格的时空平面中取随意对称涡流通量来降低非物理凹性。
Lattice gauge theory results show the confinement for the quark potential in different Yang-Mills theories and even the G(2) gauge theory. LGT calculations show that quark potential should have the down concavity behavior. Confinement properties can be explained using the thick center vortex model. However an upward concavity is seen in the quark potential intervals using this model. After study the reason of this concavity, it is shown the non physical concavity can be reduced by taking an arbitrary symmetric vortex flux in the space time plane of the lattice.
