We extend the general method of S.J. Gates Jr. et al. [hep-th/0009192] to compute the consistent gauge anomaly for noncommutative 4d SSYM coupled to chiral matter. The choice of the minimal homotopy path allows us to obtain a simple and compact result. We perform the reduction to components in the WZ gauge proving that our result contains, as lowest component, the busonic chiral anomaly for noncommutative YM theories recently obtained in literature. (C) 2001 Elsevier Science B.V. All rights reserved.
We extend the general method of S.J. Gates Jr. et al. [hep-th/0009192] to compute the consistent gauge anomaly for noncommutative 4d SSYM coupled to chiral matter. The choice of the minimal homotopy path allows us to obtain a simple and compact result. We perform the reduction to components in the WZ gauge proving that our result contains, as lowest component, the bosonic chiral anomaly for noncommutative YM theories recently obtained in literature. © 2001 Elsevier Science B.V.
Grisaru, M., Penati, S. (2001). Noncommutative supersymmetric gauge anomaly. PHYSICS LETTERS. SECTION B, 504(1-2), 89-100 [10.1016/S0370-2693(01)00275-1].
Noncommutative supersymmetric gauge anomaly
PENATI, SILVIA
2001
Abstract
We extend the general method of S.J. Gates Jr. et al. [hep-th/0009192] to compute the consistent gauge anomaly for noncommutative 4d SSYM coupled to chiral matter. The choice of the minimal homotopy path allows us to obtain a simple and compact result. We perform the reduction to components in the WZ gauge proving that our result contains, as lowest component, the bosonic chiral anomaly for noncommutative YM theories recently obtained in literature. © 2001 Elsevier Science B.V.
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