Symmetric teleparallel gravity theories, in which the gravitational interaction is attributed to
the nonmetricity of a flat, symmetric, but not metric-compatible affine connection, have been …

We study a Friedmann-Lemaître-Robertson-Walker spacetime in the theory of f (Q) gravity,
where Q denotes the nonmetricity scalar. It has been previously shown in the literature, that …

The f (Q) theories of modified gravity arise from the consideration of non-metricity as the
basic geometric quantity, and have been proven to be very efficient in describing the late …

We discuss the most general field equations for cosmological spacetimes for theories of
gravity based on non-linear extensions of the non-metricity scalar and the torsion scalar. Our …

We investigate the exponential f (Q) symmetric teleparallel gravitation, namely using ME-
GADGET code to probe the structure formation with box sizes L Box= 10/100 Mpc h–1 and …

In this manuscript, we present a number of fascinating explicit reconstructions for the f (Q)
gravity from the background of Friedmann-Laîmatre-Robertson-Walker (FLRW) evolution …

In this paper, the cosmological model of the Universe has been presented in f (Q) f(Q) gravity
and the parameters are constrained from the cosmological data sets. At the beginning, a …

The possible anisotropic nature in the early phases of the Universe is one of the interesting
aspects of study in cosmology. We investigate the evolution of the Universe in terms of few …

The possibility of crossing a phantom divide line in the extension of symmetric teleparallel
gravity or the f (Q) f(Q) gravity, where Q is the non‐metricity, is investigated. The cosmic …

In this paper, we investigate the properties of anisotropic, spherically symmetric compact
stars, especially, electrically charged strange stars in f (Q) symmetric teleparallel gravity …