10 pages, published version10 pages, published version10 pages, published versionGravitational theories generated from Lagrangians of the form f(R) are considered. The spherically symmetric solutions to these equations are discussed, paying particular attention to features that differ from the standard Schwarzschild solution. The asymptotic form of solutions is described, as is the lack of validity of Birkhoff's theorem. Exact solutions are presented which illustrate these points and their stability and geodesics are investigated
Spherical symmetry in f(R)-gravity is discussed in detail considering also the relations to the weak...
Spherical symmetry in f(R)-gravity is discussed in detail considering also the relations to the weak...
Spherically symmetric static empty space solutions are studied in f(R) theories of gravity. We reduc...
Includes abstract.Includes bibliographical references.In this thesis we use the 1+1+2 covariant appr...
In the following I demonstrate three versions of Birkhoff's theorem, which is a characterizatio...
This work investigates alternative theories of gravity, the solutions to their field equations and t...
We search for spherically symmetric solutions of f(R) theories of gravity via the Noether Symmetry A...
The weak-field and slow-motion limit of f(R,G) gravity is developed up to (v/c)(4) order in a spheri...
Includes bibliographical references (pages 64-67).In this thesis, we develop the 1 + 1 + 2 formalism...
For field equations of 4th order, following from a Lagrangian `Ricci scalar plus Weyl scalar', it is...
We obtain the static spherically symmetric solutions of a class of gravitational models whose additi...
We study the stability of static, spherically symmetric solutions of Rastall’s theory in the presenc...
In this worksheet I demonstrate three versions of Birkhoff\u27s theorem, which is a characterization...
We obtain the static spherically symmetric solutions of a class of gravitational models whose additi...
24 pages, 6 figures24 pages, 6 figures24 pages, 6 figuresWe find the general behaviour of homogeneou...
Spherical symmetry in f(R)-gravity is discussed in detail considering also the relations to the weak...
Spherical symmetry in f(R)-gravity is discussed in detail considering also the relations to the weak...
Spherically symmetric static empty space solutions are studied in f(R) theories of gravity. We reduc...
Includes abstract.Includes bibliographical references.In this thesis we use the 1+1+2 covariant appr...
In the following I demonstrate three versions of Birkhoff's theorem, which is a characterizatio...
This work investigates alternative theories of gravity, the solutions to their field equations and t...
We search for spherically symmetric solutions of f(R) theories of gravity via the Noether Symmetry A...
The weak-field and slow-motion limit of f(R,G) gravity is developed up to (v/c)(4) order in a spheri...
Includes bibliographical references (pages 64-67).In this thesis, we develop the 1 + 1 + 2 formalism...
For field equations of 4th order, following from a Lagrangian `Ricci scalar plus Weyl scalar', it is...
We obtain the static spherically symmetric solutions of a class of gravitational models whose additi...
We study the stability of static, spherically symmetric solutions of Rastall’s theory in the presenc...
In this worksheet I demonstrate three versions of Birkhoff\u27s theorem, which is a characterization...
We obtain the static spherically symmetric solutions of a class of gravitational models whose additi...
24 pages, 6 figures24 pages, 6 figures24 pages, 6 figuresWe find the general behaviour of homogeneou...
Spherical symmetry in f(R)-gravity is discussed in detail considering also the relations to the weak...
Spherical symmetry in f(R)-gravity is discussed in detail considering also the relations to the weak...
Spherically symmetric static empty space solutions are studied in f(R) theories of gravity. We reduc...