Two-Body Light Front Wave Functions From General Ads/Qcd Models

In this work, we consider an extension to the matching procedure proposed by Brodsky and de Teramond to obtain the two-body wave functions in the light-front formalism for holographic models. We compute the light-front wave function by considering different static dilaton fields and anti-de sitter (AdS)-like geometric deformations. We also prove that this procedure holds for general AdS/QCD models in asymptotically AdS geometries.