All stationary axi-symmetric local solutions of topologically massive gravity
Sabine Ertl, Daniel Grumiller, Niklas Johansson

TL;DR
This paper classifies all stationary axi-symmetric solutions of topologically massive gravity, explicitly constructing some and providing an algorithm for numerical solutions in the generic case, with applications to solitons and warped AdS.
Contribution
It provides a complete classification and explicit construction of solutions, along with a numerical algorithm for the generic sector of topologically massive gravity.
Findings
Explicit solutions for Einstein, Schrödinger, and warped sectors
An algorithm for numerical solutions in the generic sector
Examples including solitons asymptoting to warped AdS
Abstract
We classify all stationary axi-symmetric solutions of topologically massive gravity into Einstein, Schr\"odinger, warped and generic solutions. We construct explicitly all local solutions in the first three sectors and present an algorithm for the numerical construction of all local solutions in the generic sector. The only input for this algorithm is the value of one constant of motion if the solution has an analytic centre, and three constants of motion otherwise. We present several examples, including soliton solutions that asymptote to warped AdS.
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