论文标题
零温度QCD的阶段和冷凝水在有限$μ_i$和$μ_s$中
Phases and condensates in zero-temperature QCD at finite $μ_I$ and $μ_S$
论文作者
论文摘要
我讨论有限的等素化学势$μ_i$和奇怪的化学势$μ_s$在零温度下使用三味的手性手动扰动理论，QCD的相位的特性以及QCD阶段的特性。电磁效应包括在相图的计算中，这意味着带电的介子凝结相成为QCD的超导相，并通过HIGGS机制具有巨大的光子。没有电磁效应，我们在低能扩张中近代领先（NLO）订单时将光夸克冷凝物和斜凝液显示为$μ_i$的功能。将结果与最近的晶格模拟进行了比较，并且通过包括NLO校正，人们获得了很好的一致性。
I discuss pion and koan condensation and the the properties of the phases of QCD at finite isospin chemical potential $μ_I$ and strangeness chemical potential $μ_S$ at zero temperature using three-flavor chiral perturbation theory. Electromagnetic effects are included in the calculation of the phase diagram, which implies that the charged meson condensed phases become superconducting phases of QCD with a massive photon via the Higgs mechanism. Without electromagnetic effects, we show results for the light quark condensate and the pion condensate as functions of $μ_I$ at next-to-leading (NLO) order in the low-energy expansion. The results are compared with recent lattice simulations and by including the NLO corrections, one obtains very good agreement.
