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\author{\normalsize B. Sumner}
%\affiliation{Arizona State University, Tempe, AZ  85287-1504}

\date{} 

\title{\normalsize Search for Excited $\Xi^{*}$ States}
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\begin{abstract}
\normalsize
Constituent quark models and lattice calculations often predict many more states than have 
been observed, the so-called “missing resonance” problem. The Particle Data Group (PDG) tables 
indicate evidence for ten states for the cascade baryon, five of which presently have only fair or poor 
ratings; yet, relativized quark model calculations predict 45 states with masses in the 
same range as those in the PDG. Thus, providing additional evidence for the known $\Xi$ resonances and discovering 
new excited states will help greatly improve models, as well as identifying the most salient features 
necessary for predicting baryon resonan
ces. Experimentally, using $\Xi$ in the hunt for missing 
resonances has the advantage that those final states are expected to have much narrower widths 
compared to N* and $\Delta$* resonances, facilitating identification. To better elucidate the cascade 
resonance spectrum, the GlueX experiment continues to obtain data for reconstructing $\Xi$ resonances. 
Utilizing GlueX data, invariant mass distributions for the 
$\Xi^{*}$ from different decay channels will be shown.
\end{abstract}

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