Topological susceptibility near in SU(3) gauge theory
arXiv:1508.07704 · doi:10.1016/j.physletb.2015.10.085
Abstract
Topological charge susceptibility for pure gauge SU(3) theory at finite temperature is studied using anisotropic lattices. The over-improved stout-link smoothing method is utilized to calculate the topological charge. Near the phase transition point we find a rapid declining behavior for with values decreasing from to as the temperature increased from zero temperature to which demonstrates the existence of topological excitations far above . The 4th order cumulant of topological charge, as well as the ratio are also investigated. Results of show step-like behavior near while the ratio at high temperature agrees with the value as predicted by the diluted instanton gas model.
arXiv comment8 pages, 4 figures;version accepted by PLB one reference added
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