Supersymmetric Branes in AdS_2 x S^2 x CY_3

Abstract

The problem of finding supersymmetric brane configurations in the near-horizon attractor geometry of a Calabi-Yau black hole with magnetic-electric charges (p^I,q_I) is considered. Half-BPS configurations, which are static for some choice of global AdS2 coordinate, are found for wrapped brane configurations with essentially any four-dimensional charges (u^I,v_I). Half-BPS multibrane configurations can also be found for any collection of wrapped branes provided they all have the same sign for the symplectic inner product p^Iv_I-u^Iq_I of their charges with the black hole charges. This contrasts with the Minkowski problem for which a mutually preserved supersymmetry requires alignment of all the charge vectors. The radial position of the branes in global AdS2 is determined by the phase of their central charge.

arXiv comment20 pages

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• Brane Effective Actions, Kappa-Symmetry and Applications
• Black Hole Deconstruction
• D0-branes in Black Hole Attractors
• Disorder Averaging and its UV (Dis)Contents
• Godel space from wrapped M2-branes
• The statistical mechanics of near-BPS black holes
• Branes wrapping Black Holes
• Supersymmetric D-branes in the D1-D5 background
• Superconformal Quantum Mechanics of Small Black Holes
• Near-horizon microstates of the D1-D5-P black hole
• Supersymmetric Probes in a Rotating 5D Attractor
• Branes wrapping black holes as a purely gravitational dielectric effect
• Microstate solutions from black hole deconstruction
• Quantum Black Hole Entropy, Localization and the Stringy Exclusion Principle
• Hidden Structures of Black Holes
• Ten and eleven dimensional perspectives on N=2 black holes
• Black holes and balanced metrics
• Supersymmetric Branes in Generic M-Theory Attractor Geometries
• Microstates and near-horizon D-brane probes
• Small Black Holes and Superconformal Quantum Mechanics