Effective Potential for the Conformal Sector of Quantum Gravity with Torsion
arXiv:hep-th/9308019 · doi:10.1016/0370-2693(93)91608-P
Abstract
The effective potential which describes the conformal dynamics of quantum gravity with torsion is discussed. The phase transitions induced by the combination of torsion and curvature are investigated. The mechanism for fixing the vacuum expectation values of the metric and torsion is presented.
9 pages, LaTeX, july 31
References in corpus (5)
Cited by in corpus (17)
- Gauge Dependence of the Effective Average Action in Einstein Gravity
- Average Effective Potential for the Conformal Factor
- Interaction of Low - Energy Induced Gravity with Quantized Matter and Phase Transition Induced by Curvature
- One-Loop Renormalization and Asymptotic Behaviour of a Higher-Derivative Scalar Theory in Curved Spacetime
- A Four-Dimensional Theory for Quantum Gravity with Conformal and Nonconformal Explicit Solutions
- Renormalization group and logarithmic corrections to scaling relations in conformal sector of 4D gravity
- On Cosmological Implications of Gravitational Trace Anomaly
- The conformal anomaly in N-dimensional space having a hyperbolic spatial section
- Conformally Coupled Induced Gravity with Gradient Torsion
- On structure of effective action in four-dimensional quantum dilaton supergravity
- Quantum dynamics of N=1, D=4 supergravity chiral compensator
- A Theory for the Conformal Factor in Quantum Gravity
- Interaction of Low - Energy Induced Gravity with Quantized Matter -- II. Temperature effects
- The Constraint of a General Effective Potential in Vector Torsion Coupled Conformally Induced Gravity
- Cosmological constant and Euclidean space from nonperturbative quantum torsion
- Torsion-induced spin precession
- Forms on Vector Bundles Over Hyperbolic Manifolds and the Conformal Anomaly