Hadronic spectra in AdS / QCD correspondence
Alfredo Vega, Ivan Schmidt
TL;DR
This paper introduces a holographic soft wall model within AdS/QCD that accurately reproduces Regge spectra for various hadrons by incorporating anomalous dimensions and a dilaton field derived from Einstein's equations.
Contribution
The model uniquely combines anomalous dimensions and a dilaton field based on Einstein's equations to improve hadron spectrum predictions in AdS/QCD.
Findings
Successfully reproduces Regge trajectories for hadrons with multiple constituents
Incorporates anomalous dimensions into the holographic model
Derives dilaton profile from Einstein's equations
Abstract
We present an holographical soft wall model which is able to reproduce Regge spectra for hadrons with an arbitrary number of constituents. The model includes the anomalous dimension of operators that create hadrons, together with a dilaton, whose form is suggested by Einstein`s equations and the AdS metric
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