New Improved Massive Gravity and Three Dimensional Spacetimes of Constant Curvature and Constant Torsion
T.Dereli, C.Yetismisoglu

TL;DR
This paper derives field equations for a generalized massive gravity theory in three dimensions, incorporating quadratic curvature terms, and identifies exact solutions with constant negative curvature and torsion.
Contribution
It introduces a new formulation of topologically massive gravity with quadratic curvature terms using differential forms and finds exact solutions with constant curvature and torsion.
Findings
Exact solutions in $AdS_3$ with constant negative curvature
Solutions with constant torsion
Field equations derived in presence and absence of torsion
Abstract
We derive the field equations for topologically massive gravity coupled with the most general quadratic curvature terms using the language of exterior differential forms and a first order constrained variational principle. We find variational field equations both in the presence and absence of torsion. We then show that spaces of constant negative curvature (i.e. the anti de-Sitter space ) and constant torsion provide exact solutions.
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