Supersymmetric Branes in Generic M-Theory Attractor Geometries
S. Ansari, J.D. Laenge, I. Sachs
TL;DR
This paper identifies supersymmetric branes in eleven-dimensional near horizon geometries of four-dimensional black holes with various charges, aiding in understanding black hole partition functions in M-theory.
Contribution
It characterizes the set of supersymmetric branes in M-theory attractor geometries for black holes with D6-D4-D2-D0 charges, revealing new BPS states.
Findings
Classification of supersymmetric branes in near horizon geometries
Inclusion of branes wrapping the horizon partially or fully
Implications for black hole partition functions
Abstract
For a given attractor black hole with generic D6-D4-D2-D0-charges in four dimensions we identify the set of supersymmetric branes, static or stationary in global coordinates, of the corresponding eleven-dimensional near horizon geometry. The set of these BPS states, which includes branes which partially or fully wrap the horizon, should play a role in understanding the partition function of black holes with D6-charges.
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