First Principles Phenomenology of $H_0$

TL;DR

This paper explores the role of infinite statistics in quantum gravity, linking it to a dynamic dark energy model that predicts an evolving Hubble parameter with an equation of state less than -1, and compares it to observations.

Contribution

It introduces a novel connection between infinite statistics and dark energy, providing a new framework for understanding cosmic acceleration.

Findings

Derived an expression for the Hubble parameter evolution.

Predicted an effective equation of state parameter less than -1.

Compared theoretical predictions with observational data.

Abstract

In this letter we discuss infinite statistics and motivate its role in quantum gravity. Then, we connect infinite statistics to a dynamical form of dark energy, and we obtain an expression for the evolution of the Hubble parameter that we compare to observation. The equation of state parameter $w_{eff} < -1$ in this framework.