We completely classify three-dimensional homogeneous Lorentzian manifolds,equipped with Einstein-like metrics. Similarly to the Riemannian case (E. Abbena et al., Simon Stevin Quart J Pure Appl Math 66:173–182, 1992), if (M, g) is a three-dimensional homogeneous Lorentzian manifold, the Ricci tensor of (M, g) being cyclic-parallel (respectively,a Codazzi tensor) is related to natural reductivity (respectively, symmetry) of (M, g). However, some exceptional examples arise
Any sphere S n admits a metric of constant sectional curvature. These canonical metrics are homogene...
We prove that all geodesics of homogeneous Gödel-type metrics are homogeneous. This result makes nat...
A closed Riemannian manifold (M n,g) is called Einstein if the Ricci tensor of g is a multiple of it...
We study three-dimensional curvature homogeneous Lorentzian manifolds. We prove that for all Segre t...
A pseudo-Riemannian manifold (M, g) is homogeneous provided that, for any points p, q ∈ M, there is ...
A Riemannian metric is said to be Einstein if the Ricci curvature is a constant multiple of the metr...
We prove that any non-symmetric three-dimensional homogeneous Lorentzian manifold is isometric to a ...
AbstractOne derives a local classification of all three-dimensional Riemannian manifolds whose Ricci...
summary:The author obtains the classification of all invariant Einstein metrics on the following hom...
Locally homogeneous Lorentzian three-manifolds with recurrect curvature are special examples of Wal...
summary:The author obtains the classification of all invariant Einstein metrics on the following hom...
summary:The author obtains the classification of all invariant Einstein metrics on the following hom...
International audienceThis is a collection of notes on the properties of left-invariant metrics on t...
This is a collection of notes on the properties of left-invariant metrics on the eight-dimensional c...
We determine all three-dimensional homogeneous and 1 -curvature homogeneous Lorentzian metrics whic...
Any sphere S n admits a metric of constant sectional curvature. These canonical metrics are homogene...
We prove that all geodesics of homogeneous Gödel-type metrics are homogeneous. This result makes nat...
A closed Riemannian manifold (M n,g) is called Einstein if the Ricci tensor of g is a multiple of it...
We study three-dimensional curvature homogeneous Lorentzian manifolds. We prove that for all Segre t...
A pseudo-Riemannian manifold (M, g) is homogeneous provided that, for any points p, q ∈ M, there is ...
A Riemannian metric is said to be Einstein if the Ricci curvature is a constant multiple of the metr...
We prove that any non-symmetric three-dimensional homogeneous Lorentzian manifold is isometric to a ...
AbstractOne derives a local classification of all three-dimensional Riemannian manifolds whose Ricci...
summary:The author obtains the classification of all invariant Einstein metrics on the following hom...
Locally homogeneous Lorentzian three-manifolds with recurrect curvature are special examples of Wal...
summary:The author obtains the classification of all invariant Einstein metrics on the following hom...
summary:The author obtains the classification of all invariant Einstein metrics on the following hom...
International audienceThis is a collection of notes on the properties of left-invariant metrics on t...
This is a collection of notes on the properties of left-invariant metrics on the eight-dimensional c...
We determine all three-dimensional homogeneous and 1 -curvature homogeneous Lorentzian metrics whic...
Any sphere S n admits a metric of constant sectional curvature. These canonical metrics are homogene...
We prove that all geodesics of homogeneous Gödel-type metrics are homogeneous. This result makes nat...
A closed Riemannian manifold (M n,g) is called Einstein if the Ricci tensor of g is a multiple of it...