Quantal Analysis of String-Inspired Lineal Gravity with Matter Fields
arXiv:hep-th/9405119 · doi:10.1016/0370-2693(94)90975-X
Abstract
We show that string-inspired lineal gravity interacting with matter fields cannot be Dirac-quantized owing to the well known anomaly in energy-momentum tensor commutators.
15 pages, MIT-CTP-2300 -- UCLA/94/TEP/18, Revtex
References in corpus (7)
- Exact Dirac Quantization of All 2-D Dilaton Gravity Theories
- Gauge Invariant Formulations of Lineal Gravity
- Poincaré Gauge Theory for Gravitational Forces in (1+1) Dimensions
- Geometric Gravitational Forces on Particles Moving in a Line
- Poincaré Gauge Theories for Lineal Garvity
- On Induced Gravity in 2-d Topological Theories
- Unrecognizable Black Holes in Two Dimensions
Cited by in corpus (24)
- Dilaton Gravity in Two Dimensions
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- Dirac Constraint Quantization of a Dilatonic Model of Gravitational Collapse
- Consistency of Semiclassical Gravity
- Nonperturbative path integral of 2d dilaton gravity and two-loop effects from scalar matter
- A Note on the Semi-Classical Approximation in Quantum Gravity
- Free differential algebras and generic 2D dilatonic (super)gravities
- Quantization of the String Inspired Dilaton Gravity and the Birkhoff Theorem
- Generalized 2d dilaton gravity with matter fields
- Edge States and Entropy of 2d Black Holes
- Unitary Theory of Evaporating 2D Black Holes
- Quantum Gravity and Turning Points in the Semiclassical Approximation
- Solutions to a Quantal Gravity-Matter Field Theory on a Line
- Two-Dimensional Dilaton-Gravity Coupled to Massless Spinors
- Canonical Equivalence of a Generic 2D Dilaton Gravity Model and a Bosonic String Theory
- An Example of Poincare Symmetry with a Central Charge
- String-Inspired Gravity with Interacting Point Particles
- Black Holes in the Gauge Theoretic Formulation of Dilatonic Gravity
- Canonical and Functional Schrodinger Quantization of Two--Dimensional Dilaton Gravity
- The anomaly-free quantization of two-dimensional relativistic string. I
- String-Inspired Gravity Coupled to Yang-Mills Fields
- Schwinger terms in gravitation in two dimensions as a consequence of the gravitational anomaly