In the past few years, f (Q) theories have drawn a lot of research attention in replacing
Einstein's theory of gravity successfully. The current study examines the novel cosmological …

In this paper, we have presented an accelerating cosmological model of the Universe in an
extended symmetric teleparallel gravity or f (Q, T) gravity. The parametric form of the Hubble …

In this work, we have studied the quasinormal modes of a black hole in a model of the type f
(Q)=∑ nan QQ 0 n in f (Q) gravity by using a recently introduced method known as Bernstein …

In this study, we investigate the role of bulk viscosity in f (Q, T) gravity in explaining late-time
cosmic acceleration. This model, an extension of symmetric teleparallel gravity, introduces …

In this study, we investigate the consequence of the constant-roll condition and examine the
role of a chosen form of f (Q, T) gravity, given by f (Q, T)= α Q 2+ σ T, in the cosmological …

In this paper, we focus on the parametrization of the effective equation of state (EoS)
parameter within the framework of f (Q) symmetric teleparallel gravity. Here, the gravitational …

In this study, we investigate the linear redshift parametrization of q (z) within the framework
of f (R, L m) gravity, using constraints derived from H (z)/P antheon samples. We consider a …

In this study, we examined the late-time cosmic expansion of the universe within the
framework of f (Q, L m) gravity, where Q denotes the non-metricity and L m represents the …

This paper explores the dark energy phenomenon within the context of f (R, L m) gravity
theory. Two specific non-linear f (R, L m) models are considered: f (R, L m)= R 2+ L m α and f …

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) …