Using the methods developed for the Bianchi I case we have shown that a boostrap argument is also suitable to treat the future non-linear stability for reflection symmetric solutions of the Einstein-Vlasov system of Bianchi types II and VI$_0$. These solutions are asymptotic to the Collins-Stewart solution with dust and the Ellis-MacCallum solution respectively. We have thus generalized the results obtained by Rendall and Uggla in the case of locally rotationally symmetric Bianchi II spacetimes to the reflection symmetric case. However we needed to assume small data. For Bianchi VI$_0$ there is no analogous previous result
Bianchi VIII vacuum solutions to Einstein's equations are causally geodesically complete to the futu...
We study locally spatially homogeneous solutions of the Einstein-Vlasov system with a positive cosmo...
The late-time behaviour of the Einstein-dust system is well understood for homogeneous spacetimes. F...
In a recent paper arXiv:1208.4231 we have treated the future non-linear stability for reflection sym...
Using the methods developed for the Bianchi I case we have shown that a boostrap argument is also su...
Assuming that the space-time is close to special solutions which will play the role of the ω-limit a...
Using the methods developed for different Bianchi class A cosmological models we treat the simplest ...
Using the methods developed for different Bianchi class A cosmological models we treat the simplest ...
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...
We investigate the dynamics of spatially homogeneous solutions of the Einstein-Vlasov equations with...
The dynamics of the Einstein-Vlasov equations for a class of cosmological models with four Killing v...
Methods and properties regarding the linear perturbations are discussed for some spatially closed (v...
Methods and properties regarding the linear perturbations are discussed for some spatially closed (v...
The dynamics of a class of cosmological models with collisionless matter and four Killing vectors is...
Bianchi VIII vacuum solutions to Einstein's equations are causally geodesically complete to the futu...
We study locally spatially homogeneous solutions of the Einstein-Vlasov system with a positive cosmo...
The late-time behaviour of the Einstein-dust system is well understood for homogeneous spacetimes. F...
In a recent paper arXiv:1208.4231 we have treated the future non-linear stability for reflection sym...
Using the methods developed for the Bianchi I case we have shown that a boostrap argument is also su...
Assuming that the space-time is close to special solutions which will play the role of the ω-limit a...
Using the methods developed for different Bianchi class A cosmological models we treat the simplest ...
Using the methods developed for different Bianchi class A cosmological models we treat the simplest ...
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...
We investigate the dynamics of spatially homogeneous solutions of the Einstein-Vlasov equations with...
The dynamics of the Einstein-Vlasov equations for a class of cosmological models with four Killing v...
Methods and properties regarding the linear perturbations are discussed for some spatially closed (v...
Methods and properties regarding the linear perturbations are discussed for some spatially closed (v...
The dynamics of a class of cosmological models with collisionless matter and four Killing vectors is...
Bianchi VIII vacuum solutions to Einstein's equations are causally geodesically complete to the futu...
We study locally spatially homogeneous solutions of the Einstein-Vlasov system with a positive cosmo...
The late-time behaviour of the Einstein-dust system is well understood for homogeneous spacetimes. F...