  Results of identical pion correlations from the first year of data collection
with the PHENIX detector at RHIC (\snn=130GeV) are presented. PHENIX has good
particle identification using an electromagnetic calorimeter for timing,
leading to identified pions from .2 to 1 GeV/c. This extends the range of
previously measured correlation radii at this energy to $<k_T >$=633MeV/c. The
beam energy dependence of the HBT radii are studied in depth and no significant
dependence of the transverse radii is present. The longitudinal correlation
length has a moderate energy dependence. Furthermore, theoretical predictions
of $\Ro/\Rs$ severely underpredict the measured ratio, which is consistent with
unity for all $k_T$. The implications of these results are considered.
