Black Hole Entropy and Fourie-Mukai Transform
Iosif Bena, Saclay, Duiliu-Emanuel Diaconescu, Piscataway T. Le Tufts U. and Rutgers U., Bogdan Florea · University of North Texas Digital Library (University of North Texas) · 2006
We propose a microscopic CFT description of magnetically charged black holes in IIA compactifications on elliptic fibrations based on the Fourier-Mukai transform. The physical derivation of this model involves a chain of string duality transformations including the 4D/5D black hole correspondence. We compute the asymptotic behavior of the microstate degeneracy in a certain limit of large charges and show that it agrees with the macroscopic entropy formula. An interesting aspect of this setup is that the attractor points are situated deep in a hybrid phase of the quantum Kaehler moduli space.