In this investigation, we explore the flat Friedmann-Lemaitre-Robertson-Walker (FLRW)
cosmological model within the framework of the f (Q, T) modified gravitation theory. This …

In the present paper, we have investigated dark energy scenarios in higher derivative f (R, L
m) gravity theory in a flat spacetime universe by constraining cosmographic series of Hubble …

We discover the cosmic acceleration and physical characteristics of dark energy models in
Hoyle–Narlikar's theory of gravity with observational constraints. We identify analytical …

We present the first formulation of the recently proposed f (R, L m, T) theory of gravity within
the Palatini formalism, a well-known alternative variational approach where the metric and …

General Relativity (GR) is not the only way gravity can be geometrised. Instead of curvature,
the Teleparallel Theory attributes gravity to torsion $ T $, which is related to the …

We propose two novel models in the framework of $ f (Q) $ gravity to explain our accelerated
universe, namely the exponential $ f (Q) _ {EXP} $ model and the hyperbolic tangent $ f (Q) …

We present the first formulation of the recently proposed $ f (R,\mathcal {L} _m, T) $ theory of
gravity within the Palatini formalism, a well-known alternative variational approach where …

In this work, we study a model of holographic dark energy using FLRW cosmology in the
context of modified gravity. An extension of the symmetric teleparallel gravity is obtained by …

In this paper, we have studied the late-time accelerating expansion of the Universe using the
matter-geometry coupled $ f (Q, T) $ gravity model, where $ Q $ is the non-metricity scalar …

In this paper, we construct an isotropic cosmological model in the $ f (Q, T) $ theory of gravity
in the frame of a flat FLRW spacetime being $ Q $ the non-metricity tensor and $ T $ the …