Paper Image

Tsallis entropy links holographic dark energy to cosmic acceleration

Published on:

8 February 2024

Primary Category:

General Relativity and Quantum Cosmology

Paper Authors:

Oem Trivedi,

Maxim Khlopov,

Alexander V. Timoshkin

Bullets

Key Details

Tsallis entropy extends holographic models, enabling new cosmological scenarios

Phantom divide crossing dynamics differ markedly across non-viscous, viscous, and Chaplygin cases

Instability issues persist in non-viscous and viscous configurations

Chaplygin gas model maintains stability, linking entropy to cosmic acceleration

AI generated summary

Tsallis entropy links holographic dark energy to cosmic acceleration

This paper explores how Tsallis entropy, a generalization of standard entropy, can be applied in holographic dark energy models of cosmic acceleration. Using an ansatz-based approach, non-viscous, viscous, and Chaplygin gas scenarios are analyzed. Key properties relating to the phantom divide crossing and stability are studied. While viscosity and non-viscosity models exhibit instability, Chaplygin gas configurations demonstrate better stability, illuminating crucial connections between Tsallis entropy and cosmic expansion.

Answers from this paper

Comments

No comments yet, be the first to start the conversation...

Sign up to comment on this paper

Sign Up