Exact Solution of 2D Poincare Gravity Coupled to Fermion Matter

Abstract

The 2D model of gravity with zweibeins $e^a$ and the Lorentz connection one-form ${\omega }_b^a$ as independent gravitational variables coupled to 2d massless Dirac matter is considered. It is shown that the classical equations of motion are exactly integrated in the case of chiral fermions.

Preprint JINR E2-94-117, 15p., Latex

References in corpus (6)

• Evanescent Black Holes
• Novel Symmetry of Non-Einsteinian Gravity in Two Dimensions
• Canonical Quantization of Non-Einsteinian Gravity and the Problem of Time
• Towards complete integrability of two dimensional Poincaré gauge gravity
• Two-dimensional Black Hole With Torsion
• On Higher Derivative Gravity in Two Dimensions

Cited by in corpus (7)

• Dilaton Gravity in Two Dimensions
• Generalized 2d dilaton gravity with matter fields
• Black Holes in Two Dimensions
• Two-dimensional metric-affine gravity
• Quantization of Two-Dimensional Gravity with Dynamical Torsion
• Generalized Supergravity in Two Dimensions
• Effects of curvature and gravity from flat spacetime