We address the important issue of isotropisation of a pre-bounce contracting phase in f (R)
gravity, which would be relevant to constructing any viable nonsingular bouncing scenario in …

In this paper, we study three different Bianchi type line elements, like Bianchi type-I (BT-I),
Bianchi type-III (BT-III) and Kantowski Sachs space-time in the framework of f (R, ϕ) theory of …

We study the bounce cosmology to construct a singularity-free f (R) model using the
reconstruction technique. The formulation of the f (R) model is based on the Raychaudhari …

In this paper, we study the evolution of Bianchi-I spacetimes within the framework of the
Horndeski theory with G 5= const./X. The spacetimes are filled a global unidirectional …

We investigate the dynamics of f (R) gravity in Jordan and Einstein frames. First, we perform
a phase-space singularities analysis in both frames. We show that, typically, anisotropic …

Isotropization of the magnetic universe in Horndeski theory with G3(X,ϕ) and G5(X) Page 1
Isotropization of the magnetic universe in Horndeski theory with G3(X,ϕ) and G5(X) Ruslan K …

In the Bianchi I cosmology some subclasses of the Horndeski theory allow for the non-
standard anisotropy behavior. For example, the anisotropy is damped near the initial …

We investigate the cosmic evolution of the universe in context of f (R, G) gravity with
homogeneous and isotropic background, where R represents the Ricci scalar, and G …