Reconstructing Quintom from Ricci Dark Energy

TL;DR

This paper explores how the generalized ghost condensate model can effectively describe Ricci dark energy, reconstructing its function to realize quintom behavior within the holographic dark energy framework.

Contribution

It reconstructs the generalized ghost condensate model to effectively describe Ricci dark energy and realize quintom behavior based on holographic principles.

Findings

Successfully reconstructs the function h(φ) for the generalized ghost condensate model.

Demonstrates the model's ability to realize quintom behavior.

Provides a link between Ricci dark energy and scalar field models.

Abstract

The holographic dark energy with Ricci scalar as IR cutoff called Ricci dark energy(RDE) probes the nature of dark energy with respect to the holographic principle of quantum gravity theory. The scalar field dark energy models like quintom are often viewed as effective description of the underlying field theory of dark energy. In this letter, we assume RDE model as the underlying field theory to find how the generalized ghost condensate model(GGC) that can easily realize quintom behavior can be used to effectively describe it and reconstruct the function $h(\phi)$ of the generalized ghost condensate model.