Cosmography is an ideal tool to investigate the cosmic expansion history of the Universe in
a model-independent way. The equations of motion in modified theories of gravity are …

The paper presents late time cosmology in f (Q, T) gravity where the dark energy is purely
geometric in nature. We start by employing a well motivated f (Q, T) gravity model, f (Q, T)= m …

The recently proposed f (Q, T) gravity (Xu et al 2019 Eur. Phys. J. C 79, 708) is an extension
of the symmetric teleparallel gravity. The gravitational action L is given by an arbitrary …

This manuscript is based on an investigation of bouncing cosmology in a 4D Einstein Gauss-
Bonnet gravity. Various bouncing models such as symmetric bounce, matter bounce, super …

This study aims to investigate spherically symmetric anisotropic solutions that describe
compact stellar objects in the modified Rastall teleparallel (MRT) theory of gravity. In order to …

In the current study, we inspect the late-time acceleration of the universe in f (Q, T) gravity. In
this theory, Q represents the non-metricity term and with T μ ν the energy-momentum tensor …

This article discusses a dark energy cosmological model in the standard theory of gravity-
general relativity with a broad scalar field as a source. Exact solutions of Einstein's field …

In the present paper we examine a projectively flat spacetime solution of F (R)-gravity theory.
It is seen that once we deploy projective flatness in the geometry of the spacetime, the matter …

In this paper, we have studied an interacting dark energy model. We have assumed the
gravitational interaction between the matter fields ie barotropic fluid and the dark energy …

The manuscript presents the dynamics of Tsallis holographic dark energy (THDE) and Rényi
holographic dark energy (RHDE) prescribed by a non-linear interaction in the FRW …