Four-point renormalized coupling constant in O(N) models
arXiv:hep-lat/9506002 · doi:10.1016/0550-3213(95)00569-2
Abstract
The renormalized zero-momentum four-point coupling of O(N)-invariant scalar field theories in dimensions is studied by applying the 1/N expansion and strong coupling analysis. The O(1/N) correction to the -function and to the fixed point value are explictly computed. Strong coupling series for lattice non-linear sigma models are analyzed near criticality in d=2 and d=3 for several values of and the corresponding values of are extracted. Large-N and strong coupling results are compared with each other, finding a good general agreement. For small N the strong coupling analysis in 2-d gives the best determination of to date (or comparable for N=2,3 with the available Monte Carlo estimates), and in 3-d it is consistent with available field theory results.
30 pages + 19 figures in an uuencoded postscript file
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