We systematically review some standard issues and also the latest developments of
modified gravity in cosmology, emphasizing on inflation, bouncing cosmology and late-time …

The classical generalization of general relativity is considered as the gravitational alternative
for a unified description of the early-time inflation with late-time cosmic acceleration. The …

We propose general f (R, T, R μ ν T μ ν) theory as generalization of covariant Hořava-like
gravity with dynamical Lorentz symmetry breaking. FRLW cosmological dynamics for several …

It is shown that the acceleration of the universe can be understood by considering a F (T)
gravity models. For these F (T) gravity models, a variant of the accelerating cosmology …

Dark energy cosmology is considered in a modified Gauss–Bonnet model of gravity with and
without a scalar field. It is shown that these generalizations of general relativity endow it with …

We examine the observational viability of a class of f (R) gravity cosmological models.
Particular attention is devoted to constraints from the recent observational determination of …

We study F (R) modified gravity models which are capable of driving the accelerating epoch
of the Universe at the present time whilst not destroying the standard Big Bang and …

We investigate the cosmological reconstruction in an anisotropic universe for both the
homogeneous and inhomogeneous content of the universe. Special attention is given to …

In the context of the so-called Gauss–Bonnet gravity, where the gravitational action includes
function of the Gauss–Bonnet invariant, we study cosmological solutions, especially the well …

Here we analyse a particular type of F (R) gravity, the so-called exponential gravity which
includes an exponential function of the Ricci scalar in the action. Such a term represents a …