D0-branes in Black Hole Attractors

Abstract

Configurations of N probe D0-branes in a Calabi-Yau black hole are studied. A large degeneracy of near-horizon bound states are found which can be described as lowest Landau levels tiling the horizon of the black hole. These states preserve some of the enhanced supersymmetry of the near-horizon AdS_2xS^2xCY attractor geometry, but not of the full asymptotically flat solution. Supersymmetric non-abelian configurations are constructed which, via the Myers effect, develop charges associated with higher-dimensional branes wrapping CY cycles. An SU(1,1|2) superconformal quantum mechanics describing D0-branes in the attractor geometry is explicitly constructed.

27 pages

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• Schwinger pair production in AdS2
• Discrete Gauge Symmetries by Higgsing in four-dimensional F-Theory Compactifications
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• Quantum Attractor Flows
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• N=2 Supersymmetric Black Attractors in Six and Seven Dimensions
• Evidence for F(uzz) Theory
• Hair-brane Ideas on the Horizon
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• Instanton on toric singularities and black hole countings
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• Superconformal Quantum Mechanics of Small Black Holes
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• Near-horizon microstates of the D1-D5-P black hole
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• Black Hole Entropy, Marginal Stability and Mirror Symmetry
• Microstate solutions from black hole deconstruction
• The geometry of gauged (super)conformal mechanics
• Balanced metrics and noncommutative Kaehler geometry
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• Attractor Flows in st^2 Black Holes
• Near horizon superconformal symmetry of rotating BPS black holes in five dimensions
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