sl^(2)_{-1/2}: A Case Study
arXiv:0810.3532 · doi:10.1016/j.nuclphysb.2009.01.008
Abstract
The construction of the non-logarithmic conformal field theory based on sl^(2)_{-1/2} is revisited. Without resorting to free-field methods, the determination of the spectrum and fusion rules is streamlined and the beta gamma ghost system is carefully derived as the extended algebra generated by the unique finite-order simple current. A brief discussion of modular invariance is given and the Verlinde formula is explicitly verified.
33 pages, 2 figures v2: added refs and clarifying comments
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- Fusion in Fractional Level sl^(2)-Theories with k=-1/2
- Macdonald Index and Chiral Algebra
- Bosonic Ghosts at as a Logarithmic CFT
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- Relaxed singular vectors, Jack symmetric functions and fractional level models
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