Low-energy holographic models for QCD
arXiv:1102.0156 · doi:10.1103/PhysRevC.83.048202
Abstract
We consider the bottom-up holographic models for QCD which contain the ultraviolet (UV) cutoff. Such models are supposed to describe exclusively the low-energy sector of QCD. The introduction of UV cutoff in the soft wall model is shown to result in a model with qualitatively different predictions. The ensuing model seems to be able to incorporate the constituent quark mass. It is also demonstrated that in order to reproduce the results of the usual soft wall model for the vector and higher spin mesons in the presence of the UV cutoff one can consider the flat bulk space with a modified dilaton background.
10 pages, corrected version, accepted by Phys.Rev.C
References in corpus (9)
- Linear Confinement and AdS/QCD
- Maximum Wavelength of Confined Quarks and Gluons and Properties of Quantum Chromodynamics
- Highly Excited Mesons, Linear Regge Trajectories and the Pattern of the Chiral Symmetry Realization
- Properties of new unflavored mesons below 2.4 GeV
- Light meson spectrum and classical symmetries of QCD
- Perfecting the Ultra-violet of Holographic Descriptions of QCD
- Towards understanding broad degeneracy in non-strange mesons
- Generalizing the Noether theorem for Hopf-algebra spacetime symmetries
- Experimental indication on chiral symmetry restoration in meson spectrum