Lorentz Symmetry Breaking in Abelian Vector-Field Models with
  Wess-Zumino Interaction

A. A. Andrianov; A. A. Andrianov; A. A. Andrianov; A. A. Andrianov; A. A. Andrianov; B. S. DeWitt; B. S. DeWitt; B. S. DeWitt; D. Gross; G. Georgi; G. V. Dunne; H. B. Nielsen; I. L. Buchbinder; K. Harada; L. D. Faddeev; L. D. Faddeev; L. D. Faddeev; L. F. Abbott; O. Babelon; R. Jackiw; R. Soldati; S. Coleman; V. Vanyashin

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Lorentz Symmetry Breaking in Abelian Vector-Field Models with Wess-Zumino Interaction

Authors: A. A. Andrianov
A. A. Andrianov
A. A. Andrianov
A. A. Andrianov
A. A. Andrianov
B. S. DeWitt
B. S. DeWitt
B. S. DeWitt
D. Gross
G. Georgi
G. V. Dunne
H. B. Nielsen
I. L. Buchbinder
K. Harada
L. D. Faddeev
L. D. Faddeev
L. D. Faddeev
L. F. Abbott
O. Babelon
R. Jackiw
R. Soldati
S. Coleman
V. Vanyashin
Publication date: 23 May 1994
Publisher: 'American Physical Society (APS)'
Doi

Abstract

We consider the abelian vector-field models in the presence of the Wess-Zumino interaction with the pseudoscalar matter. The occurence of the dynamic breaking of Lorentz symmetry at classical and one-loop level is described for massless and massive vector fields. This phenomenon appears to be the non-perturbative counterpart of the perturbative renormalizability and/or unitarity breaking in the chiral gauge theories.Comment: 11 pages,LaTeX, Preprint DFUB/94 - 1

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