In this article, we investigate scalar field cosmology in the coincident f (Q) gravity formalism.
We calculate the motion equations of f (Q) gravity under the flat Friedmann-Lemaître …

We study the dynamics of the field equations in a five-dimensional spatially flat Friedmann–
Lemaître–Robertson–Walker metric in the context of a Gauss–Bonnet–Scalar field theory …

Our paper introduces a new theoretical framework called the Fractional Einstein–Gauss–
Bonnet scalar field cosmology, which has important physical implications. Using fractional …

We investigate various cosmological aspects of a 4-Dimensional Gauss-Bonnet Lagrangian,
which is integrated into the Einstein Lagrangian with an arbitrary sign, using the Friedman …

Abstract We confront massive Proca-Nuevo gravity with cosmological observations. The
former is a non-linear theory involving a massive spin-1 field, that can be extended …

We consider a model consisting of a quintessence coupled to the Ricci scalar and the Gauss-
Bonnet invariant. We propose a mechanism for the rising of dark energy in the matter era …

We analyze the phase-space of an alternate scalar field cosmology that aims to combine the
concepts of dark energy and the dark sector. The investigation focuses on stationary points …

In this work, we explore the dynamical system phase space of Einstein–Gauss–Bonnet
theory in the cosmological minisuperspace in the light of GW170817. This approach binds …

In this work, we analyze the Einstein-scalar-Gauss-Bonnet (EsGB) theory of gravity in a
cosmological context using the formalism of dynamical systems. We obtain the equations of …

Our paper introduces a new theoretical framework called the Fractional Einstein–Gauss–
Bonnet scalar field cosmology, which has important physical implications. Using fractional …