The D1-D5 Brane System in Type I String Theory
Yaron Oz, Donam Youm
TL;DR
This paper constructs a supergravity solution for the intersecting D1-D5 brane system in Type I String Theory, exploring its near horizon geometry and potential dual superconformal field theory, advancing understanding of string theory brane configurations.
Contribution
It provides the first explicit supergravity solution for the D1-D5 system in Type I String Theory, including charge dependence and dual field theory insights.
Findings
Supergravity solution encodes all electric charges of SO(32) gauge group.
Analysis of near horizon geometry suggests a dual (0,4) superconformal field theory.
The solution advances understanding of brane configurations in Type I String Theory.
Abstract
We construct the supergravity solution for the intersecting D1-D5 brane system in Type I String Theory. The solution encodes the dependence on all the electric charges of the SO(32) gauge group. We discuss the near horizon geometry of the solution and a proposed dual (0,4) superconformal field theory.
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