  Recently, via calculation of spatial correlators of $J=0,1$ isovector
operators using a chirally symmetric Dirac operator within $N_F=2$ QCD, it has
been found that QCD at temperatures $T_c - 3 T_c$ is approximately $SU(2)_{CS}$
and $SU(4)$ symmetric. The latter symmetry suggests that the physical degrees
of freedom are chirally symmetric quarks bound by the chromoelectric field into
color singlet objects without chromomagnetic effects. This regime of QCD has
been referred to as a Stringy Fluid. Here we calculate correlators for
propagation in time direction at a temperature slightly above $T_c$ and find
the same approximate symmetries. This means that the meson spectral function is
chiral-spin and $SU(4)$ symmetric.
