Abstract
We revisit the construction of topological Yang-Mills theories of the Witten type with arbitrary space-time dimension and number of 'shift supersymmetry' generators, using a superspace formalism. The super-B F structure of these theories is exploited in order to determine their actions uniquely, up to the ambiguities due to the fixing of the Yang-Mills and B F gauge invariance. UV finiteness to all orders of perturbation theory is proved in a gauge of the Landau type. (author)
Constantinidis, Clisthenis P;
Piguet, Olivier;
[1]
Spalenza, Wesley
- Espirito Santo Univ. (UFES), Vitoria, ES (Brazil)
Citation Formats
Constantinidis, Clisthenis P, Piguet, Olivier, and Spalenza, Wesley.
Superspace gauge fixing of topological Yang-Mills theories.
Brazil: N. p.,
2003.
Web.
Constantinidis, Clisthenis P, Piguet, Olivier, & Spalenza, Wesley.
Superspace gauge fixing of topological Yang-Mills theories.
Brazil.
Constantinidis, Clisthenis P, Piguet, Olivier, and Spalenza, Wesley.
2003.
"Superspace gauge fixing of topological Yang-Mills theories."
Brazil.
@misc{etde_20877797,
title = {Superspace gauge fixing of topological Yang-Mills theories}
author = {Constantinidis, Clisthenis P, Piguet, Olivier, and Spalenza, Wesley}
abstractNote = {We revisit the construction of topological Yang-Mills theories of the Witten type with arbitrary space-time dimension and number of 'shift supersymmetry' generators, using a superspace formalism. The super-B F structure of these theories is exploited in order to determine their actions uniquely, up to the ambiguities due to the fixing of the Yang-Mills and B F gauge invariance. UV finiteness to all orders of perturbation theory is proved in a gauge of the Landau type. (author)}
place = {Brazil}
year = {2003}
month = {Oct}
}
title = {Superspace gauge fixing of topological Yang-Mills theories}
author = {Constantinidis, Clisthenis P, Piguet, Olivier, and Spalenza, Wesley}
abstractNote = {We revisit the construction of topological Yang-Mills theories of the Witten type with arbitrary space-time dimension and number of 'shift supersymmetry' generators, using a superspace formalism. The super-B F structure of these theories is exploited in order to determine their actions uniquely, up to the ambiguities due to the fixing of the Yang-Mills and B F gauge invariance. UV finiteness to all orders of perturbation theory is proved in a gauge of the Landau type. (author)}
place = {Brazil}
year = {2003}
month = {Oct}
}