We study observational constraints on the nonmetricity f (Q)-gravity which reproduces an
exact Λ CDM background expansion history while modifying the evolution of linear …

We propose a novel model in the framework of f (Q) gravity, which is a gravitational
modification class arising from the incorporation of non-metricity. The model has General …

We investigate the impact on cosmological observables of f (Q)-gravity, a specific class of
modified gravity models in which gravity is described by the nonmetricity scalar, Q. In …

We study observational constraints on the modified symmetric teleparallel gravity, the non-
metricity f (Q) gravity, which reproduces background expansion of the universe. For this …

Within the f (Q)-gravity framework we perform a phenomenological study of the cosmological
observables in light of the degeneracy between neutrinos physics and the modified gravity …

We developed the cosmological linear theory of perturbations for f (Q, T) gravity, which is an
extension of symmetric teleparallel gravity, with Q the non-metricity and T the trace of the …

We study cosmological constraints on metric f (R) gravity models that are designed to
reproduce the Λ CDM expansion history with modifications to gravity described by a …

We investigate the cosmological predictions of several f (T) models, with up to two
parameters, at both the background and the perturbation levels. Using current cosmological …

The recent measurements of cosmic microwave background (CMB) temperature and
polarization anisotropies made by the Planck satellite have provided impressive …

Motivated by the fact that cosmological models based on f (Q) gravity are very efficient in
fitting observational datasets at both background and perturbation levels, we perform a …