Symmetry properties of massive gauge theories in nonlinear background gauges: Background dependence of Green functions

Details Symmetry properties of massive gauge theories in nonlinear background gauges: Background dependence of Green functions Symmetry properties of massive gauge theories in nonlinear background gauges: Background dependence of Green functions

1997-11-07

arxiv.org/abs/hep-th/9711050v1

Physics

High Energy Physics

High Energy Physics - Theory

10 pages, LATEX

Scientific paper

Nonabelian gauge theories with a generic background field A_mu in nonlinear gauges due to Delbourgo and Jarvis are investigated. The A_mu-dependence is completely determined by the help of a linear differential equation which obtaines from the Kluberg-Stern-Zuber and the Lee identity. Its integration leads to a relation between the one-particle irreducible vertex functional in the background field A_mu and the corresponding functional for A_mu = 0. An analogous relation holds for the generating functional of the complete Green functions which, after restriction to physical Green functions, is used to confirm a result obtained by Rouet in the case of linear background gauge.

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