We propose a logarithmic parametrization form of energy density for the scalar field dark
energy in the framework of the standard theory of gravity, which supports the necessary …

We considered the f (R) model of gravity with the Yang-Mills field and k-essence in four
dimensions, together with the homogeneous, isotropic and flat Friedmann-Robertson …

In the present analysis, we explore a new version of dark energy called Barrow holographic
dark energy within the framework modified gravity called $ f (Q, T) $ gravity by adopting the …

It is shown that the inflationary model is the result of the symmetry of the generalized F (R, T,
X, φ)-cosmological model using the Noether symmetry. It leads to a solution, a particular …

In this work, we investigate a cosmological model with the tachyon and fermion fields with
barotropic equation of state, where pressure p, energy density ρ and barotropic index γ are …

In this paper, we examine teleparallel gravity with non-minimally coupled with non-canonical
fermionic fields (f-essence). Noether symmetry approach can be used to fix the forms of …

This paper analyzes a cosmological model containing the fermion field, scalar field and
vector field with Yukawa interaction. Such a model allows one to research the contribution of …

In this article, we examined the Starobinsky gravity model in homogeneous and isotropic
space-time described by the Friedman-Robertson-Walker metric. In the framework of this …

This work dedicated to the investigation cosmological models based on tachyon field. It was
showed that Einstein's field equations for spatially flat, homogeneous and isotropic …

Now exist several alternative cosmological models that describe observable properties of
our universe. In particular, it is such models as F (R) and F (T) gravity. We consider …