  The $^{15}$O($\alpha$,$\gamma$)$^{19}$Ne reaction is responsible for breakout
from the hot CNO cycle in Type I x-ray bursts. Understanding the properties of
resonances between $E_x = 4$ and 5 MeV in $^{19}$Ne is crucial in the
calculation of this reaction rate. The spins and parities of these states are
well known, with the exception of the 4.14- and 4.20-MeV states, which have
adopted spin-parities of 9/2$^-$ and 7/2$^-$, respectively. Gamma-ray
transitions from these states were studied using triton-$\gamma$-$\gamma$
coincidences from the $^{19}$F($^{3}$He,$t\gamma$)$^{19}$Ne reaction measured
with GODDESS (Gammasphere ORRUBA Dual Detectors for Experimental Structure
Studies) at Argonne National Laboratory. The observed transitions from the
4.14- and 4.20-MeV states provide strong evidence that the $J^\pi$ values are
actually 7/2$^-$ and 9/2$^-$, respectively. These assignments are consistent
with the values in the $^{19}$F mirror nucleus and in contrast to previously
accepted assignments.
