Teleparallel gravity (TG) has significantly increased in popularity in recent decades, bringing
attention to Einstein's other theory of gravity. In this Review, we give a comprehensive …

In this work, we use a combined approach of Hubble parameter data together with redshift-
space-distortion (fσ 8) data, which together are used to reconstruct the teleparallel gravity …

Gravitational waves (GWs) have opened a new window on fundamental physics in a number
of important ways. The next generation of GW detectors may reveal more information about …

General teleparallel theories assume that curvature is vanishing in which case gravity can
be solely represented by torsion and/or nonmetricity. Using differential form language, we …

Teleparallel geometry offers a platform on which to build up theories of gravity where torsion
rather than curvature mediates gravitational interaction. The teleparallel analogue of …

In this paper, we find new scalarized black holes by coupling a scalar field with the Gauss-
Bonnet invariant in teleparallel gravity. The teleparallel formulation of this theory uses …

In this paper we explore the five-dimensional f (T, B) teleparallel modified gravity with f 1 (T,
B)= T+ k 1 B n 1 and f 2 (T, B)= B+ k 2 T n 2 in the brane scenario. Asymptotically, the bulk …

General relativity (GR) as described in terms of curvature by the Einstein-Hilbert action is
dynamically equivalent to theories of gravity formulated in terms of spacetime torsion or …

We study slow-roll inflation as a common feature in Metric-affine Theories of Gravity. In
particular, we take into account extended metric, teleparallel and symmetric-teleparallel …

In the context of f (T, B) modified teleparallel gravity, we investigate the influence of torsion
scalar T and boundary term B on the confinement of both the gauge vector and Kalb …