Over recent decades, the role of torsion in gravity has been extensively investigated along
the main direction of bringing gravity closer to its gauge formulation and incorporating spin …

We show that the well-known problem of frame dependence and violation of local Lorentz
invariance in the usual formulation of f (T) gravity is a consequence of neglecting the role of …

We apply Gaussian processes and Hubble function data in f (T) cosmology to reconstruct for
the first time the f (T) form in a model-independent way. In particular, using H (z) data sets …

We use observational data from the Pantheon supernovae sample, direct Hubble constant
measurements with cosmic chronometers, the cosmic microwave background shift …

We investigate the gravitational waves and their properties in various modified teleparallel
theories, such as f (T), f (T, B), and f (T, TG) gravities. We perform the perturbation analysis …

We use the local value of the Hubble constant recently measured with 2.4% precision, as
well as the latest compilation of cosmic chronometers data, together with standard probes …

We investigate a bounce inflation model with a graceful exit into the Friedmann-Robertson-
Walker (FRW) decelerated Universe within f (T)-gravity framework, where T is the torsion …

The investigation on higher-dimensional AdS black holes is of great importance under the
light of AdS/CFT correspondence. In this work we study static and rotating, uncharged and …

We investigate how baryogenesis can occur by the presence of an f (T)-related gravitational
term. We study various cases of f (T) gravity, and we discuss in detail the effect of the novel …

We study the generalized version of energy-momentum squared gravity (EMSG) in the
Palatini formalism. This theory allows the existence of a scalar constructed with energy …