dependence of 4D gauge theories in the large- limit
arXiv:1607.06360 · doi:10.1103/PhysRevD.94.085017
Abstract
We study the large- scaling behavior of the dependence of the ground-state energy density of four-dimensional (4D) gauge theories and two-dimensional (2D) models, where is the parameter associated with the Lagrangian topological term. We consider its expansion around , where is the topological susceptibility and are dimensionless coefficients. We focus on the first few coefficients , which parametrize the deviation from a simple Gaussian distribution of the topological charge at . We present a numerical analysis of Monte Carlo simulations of 4D lattice gauge theories for in the presence of an imaginary term. The results provide a robust evidence of the large- behavior predicted by standard large- scaling arguments, i.e. . In particular, we obtain with . We also show that the large- scaling scenario applies to 2D models as well, by an analytic computation of the leading large- dependence.
arXiv comment12 pages, 13 eps figures, minor improvements wrt previous version. Matches the published version
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