Over recent decades, the role of torsion in gravity has been extensively investigated along
the main direction of bringing gravity closer to its gauge formulation and incorporating spin …

From recent observational data two significant directions have been made in the field of
theoretical cosmology recently. First, we are now able to make use of present observations …

We present a nonsingular bouncing cosmology using single scalar field matter with non-
trivial potential and non-standard kinetic term. The potential sources a dynamical attractor …

We present nonsingular, homogeneous and isotropic bouncing solutions of the conformal
Galileon model. We show that such solutions necessarily begin with a radiation-dominated …

We study a class of homogeneous and anisotropic geometries with affine equation of state
(EoS) for different physically plausible scenarios of the universe evolution using dynamical …

Massless scalar fields originating in a quantum vacuum state acquire a scale-invariant
spectrum of fluctuations in a matter-dominated contracting universe. We show that these …

We perform a detailed dynamical analysis of anisotropic scalar-field cosmologies, and in
particular of the most significant Kantowski–Sachs, locally rotationally symmetric (LRS) …

Rastall gravity paradigm producing mechanism for realizing singular and non-singular
cosmologies has been investigated. A solution in Rastall gravity with flat spatial sections …

Abstract Homogeneous and anisotropic Kantowski–Sachs model sourced by a stiff fluid and
cosmological constant has been explored for different possible scenarios of the universe …

We construct general anisotropic cosmological scenarios governed by an f (R) gravitational
sector. Focusing then on Kantowski–Sachs geometries in the case of R n-gravity, and …