Partition functions on squashed seven-spheres and holography
Nov 24, 2022Citations per year
Abstract: (Springer)
Our paper presents two main results. First, we study the renormalized free energies of Euclidean Einstein gravity in asymptotically AdS and various field theories on a squashed seven sphere. In the gravity theory, we demonstrate the absence of the Hawking-Page transition, while in the field theory, we focus on the O(N) vector model and the massless free fermion model. The conformal symmetry governs the universal behaviors of the free energies for small and large squashings, which we confirm numerically and analytically. Second, we evaluate the second-order derivative of CFT free energy with respect to the squashing parameter, finding universal results that hold for generic conformal field theories. We examine two different squashings, one with an SU(2) bundle, which is the primary focus of our paper, and another with a U(1) bundle, where our results align with the conjectured formula from the gravity side in the literature.Note:
- 46 pages
- AdS-CFT Correspondence
- Classical Theories of Gravity
- Black Holes
- Renormalization and Regularization
- field theory: conformal
- fermion: model
- model: vector
- free energy
- holography
- partition function
References(68)
Figures(14)
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