Extremal Black Brane Attractors on The Elliptic Curve

Abstract

Reconsidering the analysis of the moduli space of N=2 eight dimensional supergravity coupled to seven scalars, we propose a new scalar manifold factorization given by \frac{\textsc {SO(2,2)}}{\textsc{SO(2)}\times {\textsc{SO(2)}}}\times \frac{\textsc{SO(2,1)}}{\textsc{SO(2)}}\times \textsc {SO(1,1)}. This factorization is supported by the appearance of three solutions of Type IIA extremal black p-branes (p=0,1,2) with AdS_{p+2}\times S^{6-p} near-horizon geometries in eight dimensions. We analyze the corresponding attractor mechanism. In particular, we give an interplay between the scalar manifold factors and the extremal black p-brane charges. Then we show that the dilaton can be stabilized by the dyonic black 2-brane charges.

14 pages, Latex

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Cited by in corpus (5)

• Graph Theory and Qubit Information Systems of Extremal Black Branes
• Engineering of Quantum Hall Effect from Type IIA String Theory on The K3 Surface
• Qubits from Black Holes in M-theory on K3 Surface
• Four-qubit Systems and Dyonic Black Hole-Black Branes in Superstring Theory
• Qubit and Fermionic Fock Spaces from Type II Superstring Black Holes