On the definition of cylindrical symmetry (Carot, Jaume; Senovilla, José M. M.; Vera, Raül) Abstract The standard definition of cylindrical symmetry in general relativity is reviewed. Taking the view that axial symmetry is an essential prerequisite for cylindrical symmetry, it is argued that the requirement of orthogonal transitivity of the isometry group should be dropped, this leading to a new, more general definition of cylindrical symmetry. Stationarity and staticity in cylindrically symmetric spacetimes are then defined, and these issues are analysed in connection with orthogonal transitivity, thus proving some new results on the structure of the isometry group for this class of spacetimes.jcarot@uib.esNivel monográfic
International audienceWe present the whole set of equations with regularity and matching conditions ...
International audienceWe present the whole set of equations with regularity and matching conditions ...
Symmetries are used in general relativity not only to find the exact solutions of the Einstein Field...
Some developments on axial symmetry (Carot, Jaume) Abstract The definition of axial symmetry...
Curvature collineations are symmetry directions for the Riemann tensor, in the same sense as isometr...
Curvature collineations are symmetry directions for the Riemann tensor, as isometries are for the me...
In this paper we find the Noether symmetries of the Lagrangian of cylindrically symmetric static spa...
In this paper we find the Noether symmetries of the Lagrangian of cylindrically symmetric static spa...
Abstract. The definition of axial symmetry in general relativity is reviewed, and some results conce...
International audienceWith the arrival of the era of gravitational wave astronomy, the strong gravit...
International audienceWith the arrival of the era of gravitational wave astronomy, the strong gravit...
International audienceWith the arrival of the era of gravitational wave astronomy, the strong gravit...
AbstractThis paper provides a geometrical discussion of affine (including isometric and homothetic),...
A convenient framework is set up for constructing cylindrically symmetric solutions of the Einstein ...
A convenient framework is set up for constructing cylindrically symmetric solutions of the Einstein ...
International audienceWe present the whole set of equations with regularity and matching conditions ...
International audienceWe present the whole set of equations with regularity and matching conditions ...
Symmetries are used in general relativity not only to find the exact solutions of the Einstein Field...
Some developments on axial symmetry (Carot, Jaume) Abstract The definition of axial symmetry...
Curvature collineations are symmetry directions for the Riemann tensor, in the same sense as isometr...
Curvature collineations are symmetry directions for the Riemann tensor, as isometries are for the me...
In this paper we find the Noether symmetries of the Lagrangian of cylindrically symmetric static spa...
In this paper we find the Noether symmetries of the Lagrangian of cylindrically symmetric static spa...
Abstract. The definition of axial symmetry in general relativity is reviewed, and some results conce...
International audienceWith the arrival of the era of gravitational wave astronomy, the strong gravit...
International audienceWith the arrival of the era of gravitational wave astronomy, the strong gravit...
International audienceWith the arrival of the era of gravitational wave astronomy, the strong gravit...
AbstractThis paper provides a geometrical discussion of affine (including isometric and homothetic),...
A convenient framework is set up for constructing cylindrically symmetric solutions of the Einstein ...
A convenient framework is set up for constructing cylindrically symmetric solutions of the Einstein ...
International audienceWe present the whole set of equations with regularity and matching conditions ...
International audienceWe present the whole set of equations with regularity and matching conditions ...
Symmetries are used in general relativity not only to find the exact solutions of the Einstein Field...