D6+D0 and Five Dimensional Spinning Black Hole
N. Itzhaki
TL;DR
This paper investigates D6+D0 brane systems at sub-stringy scales, revealing that large background fields lead to a description via five-dimensional spinning black holes, with implications for system stability.
Contribution
It introduces a novel description of D6+D0 branes using five-dimensional spinning black holes under strong background fields.
Findings
Large background fields cause the system to be described by spinning black holes.
Centrifugal barriers explain the repulsive force between branes.
Discussion on the stability of the D6+D0 configuration.
Abstract
We study the system of D6+D0 branes at sub-stringy scale. We show that the proper description of the system, for large background field associated with the D0-branes, is via spinning chargeless black holes in five dimensions. The repulsive force between the D6-branes and the D0-branes is understood through the centrifugal barrier. We discuss the implication on the stability of the D6+D0 solution.
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