Effects of beta function on mass and melting temperature for scalar glueballs in AdS/QCD models at finite temperature

TL;DR

This paper investigates how the beta function influences the mass and melting temperature of scalar glueballs within an AdS/QCD model at finite temperature, highlighting the role of anomalous dimensions.

Contribution

It introduces a finite temperature extension to an AdS/QCD model incorporating anomalous dimension effects on bulk mass, analyzing their impact on glueball properties.

Findings

Beta function affects scalar glueball mass with temperature variation

Melting temperature of glueballs is influenced by the beta function

Anomalous dimensions modify the bulk mass in the model

Abstract

We consider an extension to finite temperature in an AdS/ QCD model, which regards anomalous dimension contributions to get a bulk mass depending on beta function. We study the effect of beta function on mass as a function of temperature and melting temperature for scalar glueballs.