Numerical solutions to the Einstein constraint equations are constructed on a selection of compact orientable three-dimensional manifolds with non-trivial topologies. A simple constant mean curvature solution and a somewhat more complicated non-constant mean curvature solution are computed on example manifolds from three of the eight Thursten geometrization classes. The constant mean curvature solutions found here are also solutions to the Yamabe problem that transforms a geometry into one with constant scalar curvature.Comment: 13 pages, 6 figure
We simplify V\'etois' Obata-type argument and use it to identify a closed interval $I_n$, $n \geq 3$...
We describe how the iterative technique used by Isenberg and Moncrief to verify the existence of lar...
We consider solutions of the Einstein equations with cosmological constant $\Lambda\neq 0$ admitting...
We show that sets of conformal data on closed manifolds with the metric in the positive or zero Yama...
We describe how the iterative technique used by Isenberg and Moncrief to verify the existence of lar...
Modified gravity theories such as Einstein scalar Gauss Bonnet (EsGB) contain higher derivative term...
We consider the Einstein constraints on asymptotically euclidean manifolds $M$ of dimension $n \geq ...
We consider the Einstein constraints on asymptotically euclidean manifolds $M$ of dimension $n \geq ...
We show that homogeneous Einstein metrics on Euclidean spaces are Einstein solvmanifolds, using that...
New general spherically symmetric solutions have been derived with a cosmological "constant" \Lambda...
We study the constraint equations for the Einstein-scalar field system on compact manifolds. Using t...
In numerical relativity simulations with non-trivial matter configurations, one must solve the Hamil...
In this dissertation, we prove a number of results regarding the conformal method of finding solutio...
Abstract: In this comment on a recent paper by Dunajski a method of generating solutions of the Eins...
Abstract. The Einstein constraint equations have been the subject of study for more than fifty years...
We simplify V\'etois' Obata-type argument and use it to identify a closed interval $I_n$, $n \geq 3$...
We describe how the iterative technique used by Isenberg and Moncrief to verify the existence of lar...
We consider solutions of the Einstein equations with cosmological constant $\Lambda\neq 0$ admitting...
We show that sets of conformal data on closed manifolds with the metric in the positive or zero Yama...
We describe how the iterative technique used by Isenberg and Moncrief to verify the existence of lar...
Modified gravity theories such as Einstein scalar Gauss Bonnet (EsGB) contain higher derivative term...
We consider the Einstein constraints on asymptotically euclidean manifolds $M$ of dimension $n \geq ...
We consider the Einstein constraints on asymptotically euclidean manifolds $M$ of dimension $n \geq ...
We show that homogeneous Einstein metrics on Euclidean spaces are Einstein solvmanifolds, using that...
New general spherically symmetric solutions have been derived with a cosmological "constant" \Lambda...
We study the constraint equations for the Einstein-scalar field system on compact manifolds. Using t...
In numerical relativity simulations with non-trivial matter configurations, one must solve the Hamil...
In this dissertation, we prove a number of results regarding the conformal method of finding solutio...
Abstract: In this comment on a recent paper by Dunajski a method of generating solutions of the Eins...
Abstract. The Einstein constraint equations have been the subject of study for more than fifty years...
We simplify V\'etois' Obata-type argument and use it to identify a closed interval $I_n$, $n \geq 3$...
We describe how the iterative technique used by Isenberg and Moncrief to verify the existence of lar...
We consider solutions of the Einstein equations with cosmological constant $\Lambda\neq 0$ admitting...