The calculation of the partition function for N M5-branes is addressed for the case in which the world-volume wraps a manifold T2×M4, where M4 is simply connected and Kaehler. This is done in a compactification of M-theory which induces the Vafa–Witten theory on M4 in the limit of vanishing torus volume. The results follow from the equivalence of the BPS spectrum counting in the complementary limit of vanishing M4 volumes and from a classification of the moduli space of quantum vacua of the supersymmetric twisted theory in terms of associated spectral covers. This reduces the problem of the moduli counting to algebraic equations.
The Geometry of the M5-branes and TQFTs / Bonelli, G.. - In: JOURNAL OF GEOMETRY AND PHYSICS. - ISSN 0393-0440. - 40:1(2001), pp. 13-25. [10.1016/S0393-0440(01)00010-9]
The Geometry of the M5-branes and TQFTs
Bonelli, G.
2001-01-01
Abstract
The calculation of the partition function for N M5-branes is addressed for the case in which the world-volume wraps a manifold T2×M4, where M4 is simply connected and Kaehler. This is done in a compactification of M-theory which induces the Vafa–Witten theory on M4 in the limit of vanishing torus volume. The results follow from the equivalence of the BPS spectrum counting in the complementary limit of vanishing M4 volumes and from a classification of the moduli space of quantum vacua of the supersymmetric twisted theory in terms of associated spectral covers. This reduces the problem of the moduli counting to algebraic equations.File | Dimensione | Formato | |
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