This article investigates the relationship between the holographic principle and the laws of
thermodynamics in explaining the late-time acceleration of the universe. First, we explore …

We construct a generalized interacting model of Barrow Holographic Dark Energy (BHDE)
with infrared cutoff being given by the Hubble horizon. We analyze the cosmological …

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 …

In this study, we investigate the Barrow holographic dark energy (BHDE) model with the
Granda–Oliveros (G–O) infrared (IR) cut-off in the presence of neutrino masses, utilizing the …

The holographic dark energy (HDE) model resides in quantum gravity in connection with the
entropy, which requires an appropriate IR-cutoff to support the accelerating universe. Of …

In this paper, we have studied a spatially homogeneous and anisotropic Kantowski–Sachs
universe in the presence of Barrow Holographic Dark Energy in the background of Saez …

Taking into consideration of a fractal structure for the black hole horizon, Barrow argued that
the area law of entropy get modified due to quantum-gravitational effects. Accordingly, 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 …

This study focuses on the cosmological evolution of Barrow holographic dark energy
(BHDE) in a flat FLRW-universe. We take into account a time-dependent scale factor a …

Recently, Barrow proposed a modified area–entropy relation S=(A/A 0) 1+ Δ/2, where the
exponent Δ, ranges 0≤ Δ≤ 1, by taking account of the quantum gravitational deformation …