Towards Supergravity Duals of Chiral Symmetry Breaking in Sasaki-Einstein Cascading Quiver Theories
Benjamin A. Burrington, James T. Liu, Manavendra Mahato, Leopoldo, A. Pando Zayas
TL;DR
This paper constructs a supersymmetric deformation of the complex structure on Sasaki-Einstein cones, providing a holographic dual framework for chiral symmetry breaking in cascading quiver theories.
Contribution
It introduces a first order deformation of the complex structure on Y^{p,q} spaces, explicitly checks supersymmetry, and relates this to holographic duals of chiral symmetry breaking.
Findings
Deformation preserves supersymmetry.
Constructs a solution with D3 and fractional D3 branes.
Links geometric deformation to chiral symmetry breaking.
Abstract
We construct a first order deformation of the complex structure of the cone over Sasaki-Einstein spaces Y^{p,q} and check supersymmetry explicitly. This space is a central element in the holographic dual of chiral symmetry breaking for a large class of cascading quiver theories. We discuss a solution describing a stack of N D3 branes and M fractional D3 branes at the tip of the deformed spaces.
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