1. Smoothed transitions in higher spin AdS gravity.
- Author
-
Banerjee, Shamik, Castro, Alejandra, Hellerman, Simeon, Hijano, Eliot, Lepage-Jutier, Arnaud, Maloney, Alexander, and Shenker, Stephen
- Subjects
GRAVITY ,ORBIFOLDS ,ALGEBRAIC field theory ,EIGENVALUES ,PHASE transitions ,STRING theory - Abstract
We consider CFTs conjectured to be dual to higher spin theories of gravity in AdS
3 and AdS4 . Two-dimensional CFTs with WN symmetry are considered in the λ = 0 (k → ∞) limit where they are conjectured to be described by continuous orbifolds. The torus partition function is computed, using reasonable assumptions, and equals that of a free-field theory. We find no phase transition at temperatures of order 1; the usual Hawking-Page phase transition is removed by the highly degenerate light states associated with conical defect states in the bulk. Three-dimensional Chern-Simons matter CFTs with vector-like matter are considered on T³, where the dynamics is described by an effective theory for the eigenvalues of the holonomies. Likewise, we find no evidence for a Hawking-Page phase transition at a large level k. [ABSTRACT FROM AUTHOR]- Published
- 2013
- Full Text
- View/download PDF