Singularities in any physical theory are either remarkable indicators of the unknown
underlying fundamental theory, or indicate a change in the description of the physical reality …

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 …

In this paper, we have systematically discussed the existence of the spherically symmetric
wormhole solutions in the framework of f (Q, T) gravity under two interesting non …

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 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 have studied the dynamical aspects of the cosmological model of the
Universe in the Weyl type f (Q, T) gravity, which is an extension of symmetric teleparallel …

We have investigated the accelerating behaviour of the Universe in f (Q, T) gravity in an
isotropic and homogeneous space-time. We have initially derive the dynamical parameters …

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 …

In this paper, we investigate the late-time accelerated universe evolution in a flat,
homogeneous and isotropic model in the context of f (Q, T) gravity, where Q and T are non …

In this work, we investigate the dynamics of bouncing cosmologies within the framework of
Weyl-type f (Q, T) gravity. Here, Q represents the non-metricity of the space–time, is …