Conformal anomaly in 2d dilaton-scalar theory
arXiv:hep-th/9802029 · doi:10.1088/0264-9381/15/7/006
Abstract
The discrepancy between the anomaly found by Bousso and Hawking (hep-th/9705236) and that of other workers is explained by the omission of a zero mode contribution to the effective action.
5 pages, JyTeX. References added with brief remark
References in corpus (4)
- Trace Anomaly of Dilaton Coupled Scalars in Two Dimensions
- Hawking Radiation for Non-minimally Coupled Matter from Generalized 2D Black Hole Models
- Trace Anomaly and Non-Local Effective Action for 2D Conformally Invariant Scalar Interacting with Dilaton
- Weyl Anomaly of 2D Dilaton-Scalar Gravity and Hermiticity of System Operator
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- Quantum Corrections to the Thermodynamics of Charged 2-D Black Holes
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- Quantum Global Structure of de Sitter Space
- Energy-momentum tensor for scalar fields coupled to the dilaton in two dimensions
- Proliferation of de Sitter Space
- Effective action and Hawking radiation for dilaton coupled scalars in two dimensions
- Quantum (in)stability of 2D charged dilaton black holes and 3D rotating black holes
- S-matrix for s-wave gravitational scattering
- Thermodynamics of Large AdS Black Holes
- Anomaly induced effective actions in even dimensions and reliability of s-wave approximation
- Comment on: ``Trace anomaly of dilaton coupled scalars in two dimensions''
- The nonlinear evolution of de Sitter space instabilities
- Two-dimensional effective action for matter fields coupled to the dilaton
- (Non) singular Kantowski-Sachs Universe from quantum spherically reduced matter
- Generalized Virasoro anomaly and stress tensor for dilaton coupled theories
- Test of quantum atmosphere in the dimensionally reduced Schwarzschild black hole
- Islands in Non-Minimal Dilaton Gravity: Exploring Effective Theories for Black Hole Evaporation
- Conformal anomaly for 2d and 4d dilaton coupled spinors
- Unveiling horizons in quantum critical collapse
- The ultrarelativistic limit of 2D dilaton gravity and its energy momentum tensor