A chiral symmetry breaking AdS / QCD model with scalar interactions
Alfredo Vega, Ivan Schmidt
TL;DR
This paper develops AdS/QCD models incorporating scalar interactions and z-dependent masses to effectively describe chiral symmetry breaking and mesonic spectra using realistic quark masses.
Contribution
It introduces scalar potentials and z-dependent masses into AdS/QCD models to improve the modeling of chiral symmetry breaking and meson spectra.
Findings
Achieves good mesonic spectra with current quark masses
Incorporates cubic and quartic scalar potentials
Uses z-dependent bulk scalar masses
Abstract
We consider chiral symmetry breaking AdS / QCD models with cubic and quartic potentials in the scalar sector and a z dependent mass for scalars in the bulk. In these models it is possible to get good mesonic spectra using current quark masses.
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