Holographic correlation functions in Critical Gravity
arXiv:1709.01174 · doi:10.1007/JHEP11(2017)019
Abstract
We compute the holographic stress tensor and the logarithmic energy-momentum tensor of Einstein-Weyl gravity at the critical point. This computation is carried out performing a holographic expansion in a bulk action supplemented by the Gauss-Bonnet term with a fixed coupling. The renormalization scheme defined by the addition of this topological term has the remarkable feature that all Einstein modes are identically cancelled both from the action and its variation. Thus, what remains comes from a nonvanishing Bach tensor, which accounts for non-Einstein modes associated to logarithmic terms which appear in the expansion of the metric. In particular, we compute the holographic -point functions for a generic boundary geometric source.
21 pages, no figures,extended discussion on two-point functions, final version to appear in JHEP
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Cited by in corpus (8)
- Einstein Gravity from Conformal Gravity in 6D
- Energy in Higher-Derivative Gravity via Topological Regularization
- Noether-Wald charges in six-dimensional Critical Gravity
- Self-dual Gravitational Instantons in Conformal Gravity: Conserved Charges and Thermodynamics
- Renormalized AdS gravity and holographic entanglement entropy of even-dimensional CFTs
- Topological invariants and the definition of energy in quadratic gravity theory
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- Black Hole Energy in Lovelock Unique Vacuum theories