Numerical investigation of a class of inhomogeneous cosmological spacetimes shows evidence that at a generic point in space the evolution toward the initial singularity is asymptotically that of a spatially homogeneous spacetime with Mixmaster behavior. This supports a long-standing conjecture due to Belinskii et al. on the nature of the generic singularity in Einstein's equations
The asymptotic behaviour of vacuum Bianchi models of class A near the initial singularity is studied...
International audienceInterest in cosmological singularities has remarkably grown in recent times, p...
International audienceInterest in cosmological singularities has remarkably grown in recent times, p...
The spatially homogeneous, isotropic Standard Cosmological Model appears to describe our Universe re...
The asymptotic behaviour of vacuum Bianchi models of class A near the initial singularity is studied...
International audienceWe consider spatially homogeneous (but generally non-isotropic) cosmologies in...
International audienceWe consider spatially homogeneous (but generally non-isotropic) cosmologies in...
International audienceWe consider spatially homogeneous (but generally non-isotropic) cosmologies in...
We use qualitative arguments combined with numerical simulations to argue that, in the approach to t...
Interest in cosmological singularities has remarkably grown in recent times, particularly on future ...
By applying a standard solution generating technique, we transform an arbitrary vacuum Mixmaster sol...
Although cosmological solutions to Einstein's equations are known to be generically singular, little...
We use qualitative arguments combined with numerical simulations to argue that, in the approach to t...
This paper provides a review of some recent issues on the Mixmaster dynamics concerning the features...
The asymptotic behaviour of vacuum Bianchi models of class A near the initial singularity is studied...
The asymptotic behaviour of vacuum Bianchi models of class A near the initial singularity is studied...
International audienceInterest in cosmological singularities has remarkably grown in recent times, p...
International audienceInterest in cosmological singularities has remarkably grown in recent times, p...
The spatially homogeneous, isotropic Standard Cosmological Model appears to describe our Universe re...
The asymptotic behaviour of vacuum Bianchi models of class A near the initial singularity is studied...
International audienceWe consider spatially homogeneous (but generally non-isotropic) cosmologies in...
International audienceWe consider spatially homogeneous (but generally non-isotropic) cosmologies in...
International audienceWe consider spatially homogeneous (but generally non-isotropic) cosmologies in...
We use qualitative arguments combined with numerical simulations to argue that, in the approach to t...
Interest in cosmological singularities has remarkably grown in recent times, particularly on future ...
By applying a standard solution generating technique, we transform an arbitrary vacuum Mixmaster sol...
Although cosmological solutions to Einstein's equations are known to be generically singular, little...
We use qualitative arguments combined with numerical simulations to argue that, in the approach to t...
This paper provides a review of some recent issues on the Mixmaster dynamics concerning the features...
The asymptotic behaviour of vacuum Bianchi models of class A near the initial singularity is studied...
The asymptotic behaviour of vacuum Bianchi models of class A near the initial singularity is studied...
International audienceInterest in cosmological singularities has remarkably grown in recent times, p...
International audienceInterest in cosmological singularities has remarkably grown in recent times, p...