Fig. 1. Temperature T and free energy F with different values of angular velocity

Fig. 2. Phase diagram in the T-µ (a) and T-ωL (b) planes

Fig. 3. Drag force vs. temperature with different dimensions and chemical potentials

Fig. 4. Diffusion coefficient vs. temperature for different velocities and chemical potentials when D=4, 5

Fig. 5. q^/T³vs. temperature

Fig. 6. Spectral function of the J/ψ state with different magnetic fields B at T=0.3 GeV(a) Magnetic field is parallel to the polarization, (b) Magnetic field is perpendicular to the polarization

Fig. 7. Gravitational wave spectrum produced from the first order QCD phase transition with gluon condensate

Fig. 8. Gravitational wave frequency spectrum produced from the first order QCD phase transition with different values of gluon condensate