We show that in the weak field limit the light deflection alone cannot distinguish between different R+F[g(□)R] models of gravity, where F and g are arbitrary functions. This does not imply, however, that in all these theories an observer will see the same deflection angle. Owed to the need to calibrate the Newton constant, the deflection angle may be model-dependent after all necessary types of measurements are taken into account. Keywords: Higher derivative gravity, Light bending, Brans–Dicke theory, Non-local gravity, Scalar–tensor theorie
Starting from the weak field limit, we discuss astrophysical applications of Extended Theories of Gr...
We consider models of extended gravity and in particular, generic models containing scalar-tensor an...
We consider models of extended gravity and in particular, generic models containing scalar-tensor an...
To remedy a certain confusion in the literature, we stress the distinction between local and global ...
The weak-field limit of scalar-tensor theories of gravity is discussed in view of conformal transfor...
To remedy a certain confusion in the literature, we stress the distinction between local and global ...
The weak-field limit of scalar-tensor theories of gravity is discussed in view of conformal transfor...
The weak-field limit of scalar-tensor theories of gravity is discussed in view of conformal transfor...
The weak-field limit of scalar-tensor theories of gravity is discussed in view of conformal transfor...
We present a tree level approach to the issue of the deflection of photons by the gravitational fiel...
The weak-field limit of scalar-tensor theories of gravity is discussed in view of conformal transfor...
We present a tree level approach to the issue of the deflection of photons by the gravitational fiel...
To remedy a cert ain confusion in the literature, we stress the dist inct ion between local and glob...
AbstractWe study the effect of modified gravity on weak lensing in a class of scalar-tensor theory t...
The Higher Order Theories of Gravity - $f(R, R_{\alpha\beta}R^{\alpha\beta})$ - theory, where $R$ is...
Starting from the weak field limit, we discuss astrophysical applications of Extended Theories of Gr...
We consider models of extended gravity and in particular, generic models containing scalar-tensor an...
We consider models of extended gravity and in particular, generic models containing scalar-tensor an...
To remedy a certain confusion in the literature, we stress the distinction between local and global ...
The weak-field limit of scalar-tensor theories of gravity is discussed in view of conformal transfor...
To remedy a certain confusion in the literature, we stress the distinction between local and global ...
The weak-field limit of scalar-tensor theories of gravity is discussed in view of conformal transfor...
The weak-field limit of scalar-tensor theories of gravity is discussed in view of conformal transfor...
The weak-field limit of scalar-tensor theories of gravity is discussed in view of conformal transfor...
We present a tree level approach to the issue of the deflection of photons by the gravitational fiel...
The weak-field limit of scalar-tensor theories of gravity is discussed in view of conformal transfor...
We present a tree level approach to the issue of the deflection of photons by the gravitational fiel...
To remedy a cert ain confusion in the literature, we stress the dist inct ion between local and glob...
AbstractWe study the effect of modified gravity on weak lensing in a class of scalar-tensor theory t...
The Higher Order Theories of Gravity - $f(R, R_{\alpha\beta}R^{\alpha\beta})$ - theory, where $R$ is...
Starting from the weak field limit, we discuss astrophysical applications of Extended Theories of Gr...
We consider models of extended gravity and in particular, generic models containing scalar-tensor an...
We consider models of extended gravity and in particular, generic models containing scalar-tensor an...