The method of QCD sum rules at finite temperature is reviewed, with emphasis on recent
results. These include predictions for the survival of charmonium and bottonium states, at …

A bstract The thermal properties of light mesons, including the temperature dependence of
their masses (both screening and pole masses) and thermal widths, are studied in a two …

The properties of the pion quasiparticle in hot and dense isospin medium, including the
screening mass, pole mass, and thermal width, as well as their relationships with the pion …

The temperature dependence of the sum of the QCD up-and down-quark masses,(mu+ md)
and the pion decay constant, f π, are determined from two thermal finite energy QCD sum …

With developing a scheme to determine the thermal width of a pion in a medium, we
investigate the shear and bulk viscosities and their ratios to entropy density. We calculate …

The thermal properties of the light decuplet baryons are investigated in the framework of the
thermal QCD sum rules. In particular, the behavior of the mass and residue of the Δ Δ, Σ …

We calculate the spectroscopic parameters of resonance X (4630) observed in the process
B+→ J/Ψ ϕ K+ by at the LHCb experiments at CERN by means of thermal QCD sum rule …

Vector (Υ) and pseudoscalar (η b) bottonium ground states are studied at finite temperature
in the framework of thermal Hilbert moment QCD sum rules. The mass, the onset of …

The K 0*(700) meson appears as the lightest strange scalar meson in Particle Data Group
(PDG). Although there were a lot of experimental and theoretical efforts to establish this …

In this work we investigate the X (3872) meson with quantum numbers J^PC=1^++ JPC=
1++ in the framework of the thermal QCD sum rules method. We use a diquark-antidiquark …