  We present the first measurements of the transverse momentum spectra and
mid-rapidity yields of the $\Xi^{0}(1530)$ multi-strange baryon resonance, from
$\sqrt{\mathrm{s_{NN}}}=200$ GeV Au+Au collisions at RHIC from the STAR
experiment. Ratios of the mid-rapidity yield of this long-lived ($c\tau=21$ fm)
resonance to its non-resonance partner (the $\Xi$ baryon) are compared to
predictions from thermal models and to the corresponding ratios for other
resonances previously reported by STAR. Conclusions will be drawn about the
implication of these measurements for the time between chemical and thermal
freeze-out ($\Delta t_{therm-chem}$) and any observed deviations from the
expected mass and width will be discussed.
