Gauge/gravity duality with a chiral N=(0,8) string defect

Details Gauge/gravity duality with a chiral N=(0,8) string defect Gauge/gravity duality with a chiral N=(0,8) string defect

2008-04-17

arxiv.org/abs/0804.2854v2

JHEP0808:006,2008

Physics

High Energy Physics

High Energy Physics - Theory

35 pages; typos corrected; references and brief comments added; version published in JHEP

Scientific paper

10.1088/1126-6708/2008/08/006

We study the defect AdS/CFT correspondence for a system of N_c D3-branes intersecting certain configurations of D7-branes and O7-planes in 1+1-dimensions. The intersection is chiral, preserving N=(0,8) supersymmetry. The geometry produced by the 7-branes does not decouple in the low energy limit on the D3-branes; consequently the field theory must be considered in the curved background of the 7-branes, and the supergravity background is the fully backreacted solution accounting for both sets of branes. Although we can not work in the probe-brane limit, we still find a consistent defect mode-operator map. In our previous study of the field theory we found chiral D3-brane zero-modes that localized to the intersection. Here we obtain a dual supergravity description of the localized R-symmetry anomaly that these zero-modes produce.

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