We summarize the consequences of the twin assumptions of (discrete) self-similarity and spherical symmetry for the global structure of a spacetime. All such spacetimes can be constructed from two building blocks: the "fan" and "splash." Each building block contains one radial null geodesic that is invariant under the self-similarity (self-similarity horizon)
This dissertation explores in particular a few ways in which similarity bears on general relativity,...
A 'Relational, Self-Similar' cosmological model based on a contextual relation between local and non...
We examine “dynamical similarities” in the Lagrangian framework. These are symmetries of an intrinsi...
Perfect fluid spacetimes admitting a kinematic self-similarity of infinite type are investigated. In...
The gravitational interaction is scale-free in both Newtonian gravity and general theory of relativi...
We classify all spherically symmetric and homothetic spacetimes that are allowed kinematically by co...
In this paper, we are exploring some of the properties of the self-similar solutions of the first ki...
This paper is devoted to classify the most general plane symmetric spacetimes according to kinematic...
Attempts are made to give a clear description of self-similar spacetimes, which is proving to be ver...
Abstract We survey many of the important properties of spherically symmetric spacetimes as follows. ...
Self-similar static solutions admitting a 2-space of constant curvature (Carot, Jaume; Sintes, A. M...
We study a long-recognised but under-appreciated symmetry called dynamical similarity and illustrate...
The self-similarity hypothesis claims that in classical general relativity, spherically symmetric so...
Abstract. We investigate self-similar scalar field solutions to the Einstein equations in whole cyli...
In this paper we provide a classification of plane symmetric kinematic self-similar perfect fluid an...
This dissertation explores in particular a few ways in which similarity bears on general relativity,...
A 'Relational, Self-Similar' cosmological model based on a contextual relation between local and non...
We examine “dynamical similarities” in the Lagrangian framework. These are symmetries of an intrinsi...
Perfect fluid spacetimes admitting a kinematic self-similarity of infinite type are investigated. In...
The gravitational interaction is scale-free in both Newtonian gravity and general theory of relativi...
We classify all spherically symmetric and homothetic spacetimes that are allowed kinematically by co...
In this paper, we are exploring some of the properties of the self-similar solutions of the first ki...
This paper is devoted to classify the most general plane symmetric spacetimes according to kinematic...
Attempts are made to give a clear description of self-similar spacetimes, which is proving to be ver...
Abstract We survey many of the important properties of spherically symmetric spacetimes as follows. ...
Self-similar static solutions admitting a 2-space of constant curvature (Carot, Jaume; Sintes, A. M...
We study a long-recognised but under-appreciated symmetry called dynamical similarity and illustrate...
The self-similarity hypothesis claims that in classical general relativity, spherically symmetric so...
Abstract. We investigate self-similar scalar field solutions to the Einstein equations in whole cyli...
In this paper we provide a classification of plane symmetric kinematic self-similar perfect fluid an...
This dissertation explores in particular a few ways in which similarity bears on general relativity,...
A 'Relational, Self-Similar' cosmological model based on a contextual relation between local and non...
We examine “dynamical similarities” in the Lagrangian framework. These are symmetries of an intrinsi...