TL;DR
This paper explores how to construct scalar potentials in soft-wall AdS/QCD models that produce linear hadron spectra and spontaneous chiral symmetry breaking, enhancing the theoretical framework of holographic QCD.
Contribution
It provides a method to explicitly construct scalar potentials that generate desired solutions in soft-wall AdS/QCD models, linking potential design to physical hadron properties.
Findings
Scalar potentials can be constructed to produce linear radial trajectories.
The models incorporate spontaneous chiral symmetry breaking.
The approach clarifies the relationship between potentials and hadron spectra.
Abstract
Soft-wall models in AdS/QCD generally have dilaton and scalar fields that vary with the fifth-dimension coordinate. These fields can be parameterized to yield hadron mass spectra with linear radial trajectories and to incorporate spontaneous breaking of chiral symmetry. We show how to construct scalar potentials which lead to such solutions.
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