Genus Two Surface and Quarter BPS Dyons: The Contour Prescription
arXiv:0808.1746 · doi:10.1088/1126-6708/2009/03/151
Abstract
Following the suggestion of hep-th/0506249 and hep-th/0612011, we represent quarter BPS dyons in N=4 supersymmetric string theories as string network configuration and explore the role of genus two surfaces in determining the spectrum of such dyons. Our analysis leads to the correct contour prescription for integrating the partition function to determine the spectrum in different domains of the moduli space separated by the walls of marginal stability.
LaTeX file, 25 pages
References in corpus (15)
- CHL Dyons and Statistical Entropy Function from D1-D5 System
- Walls of Marginal Stability and Dyon Spectrum in N=4 Supersymmetric String Theories
- Comments on the Spectrum of CHL Dyons
- Product Representation of Dyon Partition Function in CHL Models
- Dyon Spectrum in N=4 Supersymmetric Type II String Theories
- Spectrum of Dyons and Black Holes in CHL orbifolds using Borcherds Lift
- Dyon Spectrum in Generic N=4 Supersymmetric Z_N Orbifolds
- Two Centered Black Holes and N=4 Dyon Spectrum
- Partition Functions of Torsion >1 Dyons in Heterotic String Theory on T^6
- Generalities of Quarter BPS Dyon Partition Function and Dyons of Torsion Two
- Duality Orbits, Dyon Spectrum and Gauge Theory Limit of Heterotic String Theory on T^6
- Wall Crossing Formula for N=4 Dyons: A Macroscopic Derivation
- Rare Decay Modes of Quarter BPS Dyons
- S-duality Action on Discrete T-duality Invariants
- Adding Charges to N=4 Dyons