2011
DOI: 10.1142/s0217751x11054619
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A Nonlocal Unitary Vector Model in Three Dimensions

Abstract: We present a unified analysis of single excitation vector models in 3D. We show that there is a family of first order master actions related by duality transformations which interpolate between the different models. We use a Hamiltonian (2+1) analysis to show the equivalence of the selfdual and topologically massive models with a covariant non local model which propagates also a single massive excitation. It is shown how the non local terms appears naturally in the path integral framework.

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Cited by 1 publication
(2 citation statements)
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“…with ǫ µνρ ∂ ν l ρσ = 0. Substituting (31) into (27), we obtain the master action I 1 [w, h] (4) which interpolates between I 0 and I 2th [h] as discussed in the previous section.…”
Section: Dualitymentioning
confidence: 99%
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“…with ǫ µνρ ∂ ν l ρσ = 0. Substituting (31) into (27), we obtain the master action I 1 [w, h] (4) which interpolates between I 0 and I 2th [h] as discussed in the previous section.…”
Section: Dualitymentioning
confidence: 99%
“…To show the off-shell equivalence of the two systems one could use the (2+1) approach [28,29,30] used in Ref. [31] for the vector case or alternatively construct the master action. In this case to avoid the third order system which was shown to be non-unitary we introduce two new auxiliary field w µν and v µν and consider,…”
mentioning
confidence: 99%