Root- Deformed Boundary Conditions in Holography
arXiv:2304.08723 · doi:10.1103/PhysRevD.107.126022
Abstract
We develop the holographic dictionary for pure gravity where the Lagrangian of the dual conformal field theory has been deformed by an arbitrary function of the energy-momentum tensor. In addition to the deformation, examples of such functions include a class of marginal stress tensor deformations which are special because they leave the generating functional of connected correlators unchanged up to a redefinition of the source and expectation value. Within this marginal class, we identify the unique deformation that commutes with the flow, which is the root- operator, and write down the modified boundary conditions corresponding to this root- deformation. We also identify the unique marginal stress tensor flow for the cylinder spectrum of the dual CFT which commutes with the inviscid Burgers' flow driven by , and we propose this unique flow as a candidate root- deformation of the energy levels. We study BTZ black holes in subject to root- deformed boundary conditions, and find that their masses flow in a way which is identical to that of our candidate root- energy flow equation, which offers evidence that this flow is the correct one. Finally, we also obtain the root- deformed boundary conditions for the gauge field in the Chern-Simons formulation of gravity.
arXiv comment65 pages, LaTeX; v2: typos corrected and references added; v3: published version
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