Inspired by various works in a Weyl type f (Q) gravity to reduce some serious problems in
General Relativity Theory (GR), we develop a model of the universe in a Weyl type f (Q) …

The main objective of this article is to investigate the viability of bouncing cosmological
scenarios using different forms of scale factors with perfect matter configuration in the …

We investigate a bounce realization in the framework of higher order curvature in f (R, T)
modified theory of gravity. We perform a detailed analysis of the cosmological parameters to …

In this investigation, we perform an observational statistical analysis in the theory of f (R, L
m) gravity. The proposed theoretical model is based on the Ricci scalar's non-linear …

The evolution of the universe in a modified gravity theory that includes the terms Ricci scalar
(RR) and the Gauss‐Bonnet invariant (GG) is studied. The function f (R, G) f(R,G) is obtained …

In this paper, we explore modified f (Q) gravity models in the context of a Bianchi type-I
spacetime, where Q defines non-metricity. We derive the field equations to account for …

Understanding the accelerating expansion of the Universe remains a fundamental
challenge in modern cosmology. In this paper, we investigate a cosmological model …

In this paper, we study an alternative phenomenological model in f (R, T) gravity, where R
indicates Ricci scalar curvature and T is the trace of the stress–energy–momentum tensor …

We investigate the Universe's evolution within the framework of Rastall gravity, which is an
extension of the standard ΛCDM model. Utilizing a linear parametrization of the Equation of …

The late-time cosmic acceleration is investigated in modified gravity theory with higher-order
curvature terms of the Ricci scalar and the Gauss–Bonnet invariant. The gravitational field …