In modern cosmology, the curiosity of ultimately understanding the nature of the dark energy
controlling the recent acceleration of the Universe motivates us to explore its properties by …

In this work, we intend to explore wormhole geometries in the framework of f (R, L m) gravity.
We derive the field equations for the generic f (R, L m) function by assuming the static and …

We investigate the possibility that the observed behavior of test particles outside galaxies,
which is usually explained by assuming the existence of dark matter, is the result of the …

We conduct a Bayesian analysis of recent observational datasets, specifically the Cosmic
Chronometers (CC) dataset and Pantheon samples, to investigate the evolution of the EoS …

This paper aims to explore the viable and stable geometry of traversable wormholes in the
framework of f (R, L m) theory. For this purpose, we build a shape function using the …

We consider the structure and physical properties of specific classes of neutron, quark, and
Bose-Einstein condensate stars in the conformally invariant Weyl geometric gravity theory …

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 …

We consider dark energy models obtained from the general conformal transformation of the
Kropina metric, representing an (α, β)-type Finslerian geometry, constructed as the ratio of …

In this paper, we develop a geometric generalization of General Relativity based on the semi-
symmetric metric connection introduced by Friedmann and Schouten in 1924. Although the …

We present a detailed investigation of the properties of the galactic rotation curves in the
Weyl geometric gravity model, in which the gravitational action is constructed from the …