Gravitation \& Cosmology in $(1+1)$-dimensional Dilaton Gravity

Abstract

The properties of a string-inspired two-dimensional theory of gravity are studied. The post-Newtonian and weak-field approximations, `stellar' structure and cosmological solutions of this theory are developed. Some qualitative similarities to general relativity are found, but there are important differences.

19 pgs., WATPHYS TH-92/02

References in corpus (2)

• Evanescent Black Holes
• Matching Conditions and Gravitational Collapse in Two-Dimensional Gravity

Cited by in corpus (16)

• On Applications of Campbell's Embedding Theorem
• Thermodynamics and Kinetic Theory of Relativistic Gases in 2-D Cosmological Models
• Gravitation and Cosmology in Generalized (1+1)-dimensional dilaton gravity
• The Two-Dimensional Analogue of General Relativity
• Properties of Asymptotically Flat Two-Dimensional Black Holes
• Mass inflation in (1+1)-dimensional Dilaton Gravity
• Accelerated expansion in bosonic and fermionic 2D cosmologies with quantum effects
• Transition from accelerated to decelerated regimes in JT and CGHS cosmologies
• Accelerating universe in two-dimensional noncommutative dilaton cosmology
• Future singularity free accelerating expansion with the modified Poisson brackets
• Non-linear terms in 2D cosmology
• Two non-commutative parameters and regular cosmological phase transition in the semi-classical dilaton cosmology
• 3D gravity and non-linear cosmology
• Inflationary and dark energy regimes in 2+1 dimensions
• (1+1)-dimensional gauge symmetric gravity model and related exact black hole and cosmological solutions in string theory
• Analytic approach to the formation of a three-dimensional black string from a dust cloud