# Holographic Dark Energy from Fluid/Gravity Duality Constraint by Cosmological Observations

## TL;DR

This paper develops a holographic dark energy model via fluid/gravity duality, linking higher-dimensional black hole parameters to cosmological data, and analyzes its thermodynamics and stability.

## Contribution

It introduces a novel holographic dark energy model derived from fluid/gravity duality and constrains it using cosmological observations.

## Key findings

- Model parameters constrained by observational data
- Thermodynamic stability analyzed
- Potential implications for dark energy understanding

## Abstract

In this paper, we obtain a holographic model of dark energy using the fluid/gravity duality. This model will be dual to a higher dimensional Schwarzschild black hole, and we would use fluid/gravity duality to relate to the parameters of this black hole to such a cosmological model. We will also analyze the thermodynamics of such a solution, and discuss the stability model. Finally, we use cosmological data to constraint the parametric space of this dark energy model. Thus, we will use observational data to perform cosmography for this holographic model based on fluid/gravity duality.