Dynamical Versions to the Holographic Softwall Model: Using Type IIB Superstring Backgrounds via AdS/CFT Correspondence in Hadronic Physics

TL;DR

This paper explores two dynamical versions of the holographic softwall model using Type IIB superstring backgrounds via AdS/CFT correspondence to study non-perturbative hadronic physics phenomena like glueball masses and Regge trajectories.

Contribution

It introduces and applies two dynamical versions of the holographic softwall model within Type IIB superstring backgrounds to analyze non-perturbative QCD phenomena.

Findings

Successful modeling of glueball spectra

Analysis of Regge trajectories related to pomeron and odderon

Extension of holographic softwall models to dynamical versions

Abstract

In this paper we will show some applications achieved within type IIB superstring backgrounds since the emergence of the AdS/CFT correspondence. This correspondence relates a super Yang-Mills (SYM) theory, with strong coupling, and a type IIB superstring theory, with weak coupling. The use of the AdS/CFT correspondence allows us to investigate many aspects of hadronic physics described by QCD outside the perturbative regime, for example, glueball masses and the Regge trajectories related to the pomeron and the odderon. Throughout the text we will deal with the AdS/CFT correspondence within the two dynamical versions to the holographic softwall model.