Entanglement entropy of Wilson surfaces from bubbling geometries in M-theory
arXiv:1506.00052 · doi:10.1007/JHEP08(2015)019
Abstract
We consider solutions of eleven-dimensional supergravity constructed in [1,2] that are half-BPS, locally asymptotic to and are the holographic dual of heavy Wilson surfaces in the six-dimensional theory. Using these bubbling solutions we calculate the holographic entanglement entropy for a spherical entangling surface in the presence of a planar Wilson surface. In addition, we calculate the holographic stress tensor and, by evaluating the on-shell supergravity action, the expectation value of the Wilson surface operator.
42 pages, 4 figures, v2: minor modifications
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- Broken global symmetries and defect conformal manifolds
- Holographic entanglement entropy from probe M-theory branes
- Wilson Surface Central Charge from Holographic Entanglement Entropy
- Surface operators in the 6d theory
- Defect CFT techniques in the 6d theory
- A note on entanglement entropy and regularization in holographic interface theories
- Holographic Weyl Anomalies for 4d Defects in 6d SCFTs
- Observations on BPS observables in 6d
- Holographic entanglement entropy of surface defects
- Correlations vs connectivity in R-charge
- M2-doughnuts
- Interior analysis, stretched technique and bubbling geometries
- BPS surface operators and calibrations
- Rényi Entropy with Surface Defects in Six Dimensions
- From Large to Small Superconformal Surface Defects in Holographic 6d SCFTs
- From Weyl Anomaly to Defect Supersymmetric Rényi Entropy and Casimir Energy