Numerous linear expansion cosmological models are critically revised and compared with
standard cosmologies from a historical perspective. There are two major classes of such …

This paper presents the application of recently developed metaheuristic optimization
algorithm, the spotted hyena optimizer, for solving both convex and non-convex economic …

In this paper, we explore the behaviors of scalar field in modified f (R, T) gravity theory within
the framework of a flat Friedmann-Robertson-Walker cosmological model. The universe is …

In this paper, we examine observational constraints on the power law cosmology; essentially
dependent on two parameters H 0 (Hubble constant) and q (deceleration parameter). We …

In this study, we investigate the dynamic evolution of the universe through a hyperbolic
cosmological model based on a spatially flat FLRW metric. By using observational datasets …

We give a brief review of the non-minimal derivative coupling (NMDC) scalar field theory in
which there is non-minimal coupling between the scalar field derivative term and the …

We discuss a generalized non-minimal Maxwell-Gauss-Bonnet power-law cosmological
model characterized by the presence of electromagnetic field and variable cosmological and …

We study the behavior of cosmological parameters, massive and massless scalar fields
(normal or phantom) with a scalar potential in f (R, T) theory of gravity for a flat Friedmann …

This study presents physical behavior of the tilted congruence with conformally flat universe
in f (R, T) theory of gravity. To determine the solution of the field equations, the stiff fluid and …

The magnetized strange quark matter (MSQM) solutions are obtained for a Marder type
universe using constant deceleration parameter. The exact solutions of field equations are …