Renormalisation of a diagonal formulation of first order Yang-Mills theory

Abstract

We study the BRST renormalization of an alternative formulation of the Yang-Mills theory, where the matrix-propagator of the gluon and the complementary fields is diagonal. This procedure involves scalings as well as non-linear mixings of the fields and sources. We show, in the Landau gauge, that the BRST identities implement a recursive proof of renormalizability to all orders.

arXiv comment13 pages; added references

References in corpus (5)

• Feynman rules and beta-function for the BF Yang-Mills Theory
• Perturbative Calculations with the First Order Form of Gauge Theories
• Radiative Corrections and the Palatini Action
• BRST renormalization of the first order Yang-Mill theory
• Renormalization of Hamiltonian QCD

Cited by in corpus (6)

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• Covariant quantization of Yang-Mills theory in the first order formalism
• Structural identities in the first order formulation of quantum gravity
• On the breakdown of space-time in general relativity
• First order formulation of the Yang-Mills theory in a background field
• Ersatz gravity and black-hole thermodynamics from Manin gauge theory with noncompact gauge group