We propose the generalized holographic dark energy model where the infrared cutoff is
identified with the combination of the FRW universe parameters: the Hubble rate, particle …

We explore the asymptotic future evolution of holographic dark energy (HDE) models, in
which the density of the dark energy is a function of a cutoff scale L. We develop a general …

Motivated by α-attractor models, in this paper we consider a Gauss-Bonnet inflation with an
E-model-type of potential. We consider the Gauss-Bonnet coupling function to be the same …

We extend the idea of mimetic gravity to a Randall–Sundrum II braneworld model. As for the
4-dimensional mimetic gravity, we isolate the conformal degree of freedom of 5-dimensional …

We study the primordial perturbations and reheating process in the models where the Gauss–
Bonnet (GB) term is nonminimally coupled to the canonical and noncanonical (DBI and …

In the derivation of holographic dark energy density, the area law of the black hole entropy
plays a crucial role. However, the entropy-area relation can be modified from the inclusion of …

In this paper, we study the Power-Law Entropy-Corrected Holographic Dark Energy
(PLECHDE) model in the framework of Hořava-Lifshitz cosmology considering a non-flat …

We study the inflation with a Gauss-Bonnet term which is nonminimally coupled to a Dirac-
Born-Infeld (DBI) field. We study the spectrum of primordial perturbations in this setup in …

Holographic dark energy theories present a fascinating interface to probe late-time
cosmology, as guided by contemporary ideas about quantum gravity. In this work, we …

Interest on the possible future scenarios the universe could have has grew substantially with
breakthroughs on late-time acceleration. Holographic dark energy (HDE) presents a very …