On meson melting in the quark medium
arXiv:1203.3942 · doi:10.1016/j.nuclphysb.2012.05.022
Abstract
We consider a heavy quark-antiquark pair as a heavy meson in the medium composed of light quarks and gluons. By using the AdS/CFT correspondence, the properties of this system are investigated. In particular, we study the inter-quark distance and it is shown that the mechanism of melting in the quark-gluon plasma and in the hadronic phase are the same. It is found that by considering finite coupling corrections, the inter-quark distance of a heavy meson decreases. As a result a heavy meson like will melt at higher temperatures. By considering rotating heavy mesons, we discuss melting of exited states like and .
18 pages, 12 figures, We more clarify and extend the results of arXiv:0907.0064
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- Configuration Entropy for Quarkonium in a Finite Density Plasma
- Chiral Phase Transition and Meson Melting from AdS/QCD
- Configuration entropy description of charmonium dissociation under the influence of magnetic fields
- Entropic destruction of a moving heavy quarkonium
- The Imaginary Potential and Thermal Width of Moving Quarkonium from Holography
- Holographic meson mass splitting in the Nuclear Matter
- The cosmic QCD phase transition with dense matter and its gravitational waves from holography
- Quasi normal modes for Heavy Vector Mesons in a Finite Density Plasma
- Studying the potential of QQq at finite temperature in a holographic model
- Three-quark potential at finite temperature and chemical potential
- Linearized Holographic Isotropization at Finite Coupling
- Spiraling String in Gauss-Bonnet Geometry
- Holographic Nucleons in the Nuclear Medium
- Properties of Holographic Mesons on Dense Medium
- Meson's Correlation Functions in a Nuclear Medium
- Nucleon Form Factors in Nuclear Medium
- Thermal Width of Quarkonium from Holography