Protected couplings and BPS dyons in half-maximal supersymmetric string vacua
arXiv:1608.01660 · doi:10.1016/j.physletb.2016.12.035
Abstract
We analyze four- and six-derivative couplings in the low energy effective action of string vacua with half-maximal supersymmetry. In analogy with an earlier proposal for the coupling, we propose that the coupling is given exactly by a manifestly U-duality invariant genus-two modular integral. In the limit where a circle in the internal torus decompactifies, the coupling reduces to the and couplings in , along with an infinite series of corrections of order , from four-dimensional 1/4-BPS dyons whose wordline winds around the circle. Each of these contributions is weighted by a Fourier coefficient of a meromorphic Siegel modular form, explaining and extending standard results for the BPS index of 1/4-BPS dyons.
arXiv comment6 pages
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- Heterotic sigma models on and the Borcherds automorphic form
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- Some comments on symmetric orbifolds of K3
- Lost Chapters in CHL Black Holes: Untwisted Quarter-BPS Dyons in the Model