Poisson Lie symmetry and D-branes in WZW model on the Heisenberg Lie group
arXiv:1506.06233 · doi:10.1016/j.nuclphysb.2015.07.026
Abstract
We show that the WZW model on the Heisenberg Lie group has Poisson-Lie symmetry only when the dual Lie group is . In this way, we construct the mutual T-dual sigma models on Drinfel'd double generated by the Heisenberg Lie group and its dual pair, , as the target space in such a way that the original model is the same as the WZW model. Furthermore, we show that the dual model is conformal up to two loops order. Finally, we discuss -branes and the worldsheet boundary conditions defined by a gluing matrix on the WZW model. Using the duality map obtained from the canonical transformation description of the Poisson-Lie T-duality transformations for the gluing matrix which locally defines the properties of the -brane, we find two different cases of the gluing matrices for the WZW model based on the Heisenberg Lie group and its dual model.
17 pages
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