The holographic cut-off, in the formalism of generalized holographic dark energy (HDE), is
generalized to depend on L IR= L IR (L p, L˙ p, L¨ p,⋯, L f, L˙ f,⋯, a), where L p and L f are the …

We propose a new four-parameter entropy function that generalizes the Tsallis, Rényi,
Barrow, Sharma-Mittal, Kaniadakis and Loop Quantum Gravity entropies for suitable limits of …

We propose a new entropy construct that generalizes the Tsallis, Rényi, Sharma-Mittal,
Barrow, Kaniadakis, and loop quantum gravity entropies and reduces to the Bekenstein …

In the formalism of generalized holographic dark energy (HDE), the holographic cut-off is
generalized to depend upon L IR= L IR L p, L˙ p, L¨ p,⋯, L f, L˙ f,⋯, a with L p and L f being …

In the present paper, we use the holographic approach to describe the early-time
acceleration and the late-time acceleration eras of our Universe in a unified manner. Such …

We propose a new five-parameter entropy function that proves to be singular-free during the
entire cosmic evolution of the universe, and at the same time, also generalizes the Tsallis …

In the formalism of generalized holographic dark energy, the infrared cut-off L IR is
generalized to the form, L IR= L IR (L p, L˙ p, L¨ p,⋯, L f, L˙ f, L¨ f,⋯, a, H, H˙, H¨,⋯), where L p …

Based on the holographic principle and the Barrow entropy, Barrow holographic dark
energy had been proposed. In order to analyze the stability and the evolution of Barrow …

The possibility of a nongravitational interaction between dark matter and dark energy is
reconstructed using some recent data sets. The crucial aspect is that the interaction is not …

We do a careful investigation of the prospects of dark energy (DE) interacting with cold dark
matter in alleviating the clustering tension. To this end, we consider various well-known …