The dynamics of a class of cosmological models with collisionless matter and four Killing vectors is studied in detail and compared with that of corresponding perfect fluid models. In many cases it is possible to identify asymptotic states of the spacetimes near the singularity or in a phase of unlimited expansion. Bianchi type II models show oscillatory behaviour near the initial singularity which is, however, simpler than that of the mixmaster model
Using the methods developed for different Bianchi class A cosmological models we treat the simplest ...
The global properties of spatially homogeneous cosmological models with collisionless matter are stu...
textThe influence of matter described by the Vlasov equation, on the evolution of anisotropy in the ...
The dynamics of a class of cosmological models with collisionless matter and four Killing vectors is...
The dynamics of a class of cosmological models with collisionless matter and four Killing vectors is...
We investigate the dynamics of spatially homogeneous solutions of the Einstein-Vlasov equations with...
We study locally spatially homogeneous solutions of the Einstein-Vlasov system with a positive cosmo...
The dynamics of the Einstein-Vlasov equations for a class of cosmological models with four Killing v...
We investigate the dynamics of spatially homogeneous solutions of the Einstein-Vlasov equations with...
We investigate the dynamics of spatially homogeneous solutions of the Einstein-Vlasov equations with...
The dynamics of solutions of the Einstein-Vlasov system with Bianchi I symmetry is discussed in the ...
To systematically analyze the dynamical implications of the matter content in cosmology, we generali...
To systematically analyze the dynamical implications of the matter content in cosmology, we generali...
To systematically analyze the dynamical implications of the matter content in cosmology, we generali...
The dynamics of solutions of the Einstein–Vlasov system with Bianchi I symmetry is discussed in the ...
Using the methods developed for different Bianchi class A cosmological models we treat the simplest ...
The global properties of spatially homogeneous cosmological models with collisionless matter are stu...
textThe influence of matter described by the Vlasov equation, on the evolution of anisotropy in the ...
The dynamics of a class of cosmological models with collisionless matter and four Killing vectors is...
The dynamics of a class of cosmological models with collisionless matter and four Killing vectors is...
We investigate the dynamics of spatially homogeneous solutions of the Einstein-Vlasov equations with...
We study locally spatially homogeneous solutions of the Einstein-Vlasov system with a positive cosmo...
The dynamics of the Einstein-Vlasov equations for a class of cosmological models with four Killing v...
We investigate the dynamics of spatially homogeneous solutions of the Einstein-Vlasov equations with...
We investigate the dynamics of spatially homogeneous solutions of the Einstein-Vlasov equations with...
The dynamics of solutions of the Einstein-Vlasov system with Bianchi I symmetry is discussed in the ...
To systematically analyze the dynamical implications of the matter content in cosmology, we generali...
To systematically analyze the dynamical implications of the matter content in cosmology, we generali...
To systematically analyze the dynamical implications of the matter content in cosmology, we generali...
The dynamics of solutions of the Einstein–Vlasov system with Bianchi I symmetry is discussed in the ...
Using the methods developed for different Bianchi class A cosmological models we treat the simplest ...
The global properties of spatially homogeneous cosmological models with collisionless matter are stu...
textThe influence of matter described by the Vlasov equation, on the evolution of anisotropy in the ...