The energy conditions are derived in the context of gravity, where is the Ricci scalar and is
the trace of the energy-momentum tensor, which can reduce to the well-known conditions in …

We study the generalized second law (GSL) of thermodynamics in f (T) cosmology, where T
is the torsion scalar in teleparallelism. We consider the universe as a closed bounded …

The study addresses matter-coupled modified gravity, particularly f (T, T) gravity, unveiling
distinct formalism. The research further discusses stability analysis, and the dynamical …

Recently, a fully covariant version of the theory of F (T) torsion gravity has been introduced
by M. Kršśák and E. Saridakis [Classical Quantum Gravity 33, 115009 (2016) CQGRDG …

The cosmological scalar perturbations of standard matter are investigated in the context of
extended teleparallel f (T) gravity theories using the 1+ 3 1+ 3 covariant formalism. After a …

In this work, we explore the parameter constraints of two dark energy models, namely the
Modified Chaplygin-Jacobi gas (MCJG) and Modified Chaplygin-Abel gas (MCAG), within …

In this paper we study properties that the vacuum must possess in the minimal extension to
the teleparallel equivalent of general relativity (TEGR) where the action is supplemented …

In this article, we have tried to reform the symmetric f (Q) gravity in the light of some modified
Teleparallel Gravity (TG) theories like f (P), f (T), f (R), f (R, T), Einstein-Aether (EA), f (G) and …

The present paper reports a study on neutron stars in the f (R) gravity framework for the Hu–
Sawicki model, Starobinsky model, Tsujikawa model, and Exponential Gravity model. First …

In this paper, we focused on the study of anisotropic strange stars with anisotropic matter
distribution in the framework of f (T, T)= α T (r) 2+ β T (r) model, where α, β are arbitrary …