We consider the interacting Tsallis Holographic Dark Energy (THDE), with the Granda–
Oliveros (GO) scale as the infrared (IR) cutoff, as dynamical vacuum. We analytically solved …

Recently, Barrow holographic dark energy (BHDE), based on Barrow entropy, has been
proposed to describe the late acceleration of the universe. Contrary to the earlier analysis of …

In holographic dark energy (HDE) models, infrared cut-offs with derivatives of the Hubble
parameter, such as the Granda–Oliveros cut-off, offer a coherent explanation for late-time …

The work reported in this paper demonstrates the cosmology of f (Q) gravity and the
reconstruction of various associated parameters with different versions of holographic dark …

Work reported in this study demonstrates the reconstruction schemes for the f (G) gravity in
the framework of bulk viscosity and holographic background evolution by considering the …

This article revisits Granda-Oliveros holographic dark energy (GOHDE) model, explores the
features of the parameter space and shows that its ability to explain the late-time …

In this work, we use the most recent publicly available type Ia supernova (SNIa) compilations
and H (z) data. A well formulated cosmological model based on Bianchi type I (BI) metric is …

In this paper, we study the late accelerating expansion of the universe by incorporating bulk
viscous matter with the running vacuum. The running vacuum is assumed to be varied as the …

We present logistic dark energy model (LDEM), where the dark energy density follows a
logistic function for the scale factor. The equation of state parameter of dark energy ($ w_D …

Holographic Ricci dark energy evolving through its interaction with dark matter is a natural
choice for the running vacuum energy model. We have analysed the relative significance of …