Isotropic cosmological singularities are singularities which can be removed by rescaling the metric. In some cases already studied (gr-qc/9903008, gr-qc/9903009, gr-qc/9903018) existence and uniqueness of cosmological models with data at the singularity has been established. These were cosmologies with, as source, either perfect fluids with linear equations of state or massless, collisionless particles. In this article we consider how to extend these results to a variety of other matter models. These are scalar fields, massive collisionless matter, the Yang-Mills plasma of Choquet-Bruhat, or matter satisfying the Einstein-Boltzmann equation
Global existence results in the past time direction of cosmological models with collisionless matter...
We present a novel cosmological model in which scalar field matter in a biaxial Bianchi IX geometry ...
The early cosmology, driven by a single scalar field, both massless and massive, in the context of E...
We consider the conformal Einstein equations for polytropic perfect fluid cosmologies which admit an...
In 1985 Goode and Wainwright devised the concept of an isotropic singularity. Since that time, numer...
An isotropic cosmological singularity is a cosmological singularity which can be removed by conforma...
Much of the published work regarding the Isotropic Singularity is performed under the assumption tha...
We consider the conformal Einstein equations for massless collisionless gas cosmologies which admit ...
This thesis is divided into three sections. In the first section, we discuss Singular Inflation, in ...
We review recent work on the existence and nature of cosmological singularities that can be formed d...
In this paper a family of nonsingular cylindrical perfect fluid cosmologies is derived. The equation...
The spatially homogeneous, isotropic Standard Cosmological Model appears to describe our Universe re...
Cardassian models are an alternative to general relativity which have been proposed as an approach t...
We review our recent work on the classification of finite time singularities that arise in isotropic...
Higher-dimensional braneworld models which contain both bulk and brane curvature terms in the action...
Global existence results in the past time direction of cosmological models with collisionless matter...
We present a novel cosmological model in which scalar field matter in a biaxial Bianchi IX geometry ...
The early cosmology, driven by a single scalar field, both massless and massive, in the context of E...
We consider the conformal Einstein equations for polytropic perfect fluid cosmologies which admit an...
In 1985 Goode and Wainwright devised the concept of an isotropic singularity. Since that time, numer...
An isotropic cosmological singularity is a cosmological singularity which can be removed by conforma...
Much of the published work regarding the Isotropic Singularity is performed under the assumption tha...
We consider the conformal Einstein equations for massless collisionless gas cosmologies which admit ...
This thesis is divided into three sections. In the first section, we discuss Singular Inflation, in ...
We review recent work on the existence and nature of cosmological singularities that can be formed d...
In this paper a family of nonsingular cylindrical perfect fluid cosmologies is derived. The equation...
The spatially homogeneous, isotropic Standard Cosmological Model appears to describe our Universe re...
Cardassian models are an alternative to general relativity which have been proposed as an approach t...
We review our recent work on the classification of finite time singularities that arise in isotropic...
Higher-dimensional braneworld models which contain both bulk and brane curvature terms in the action...
Global existence results in the past time direction of cosmological models with collisionless matter...
We present a novel cosmological model in which scalar field matter in a biaxial Bianchi IX geometry ...
The early cosmology, driven by a single scalar field, both massless and massive, in the context of E...