  This study unveils new insights into the Bullet Cluster through cm-wave
observations made with the Australia Telescope Compact Array, focusing on the
Sunyaev-Zeldovich Effect (SZE). A novel SZE feature was discovered,
distinctively offset from the X-ray brightness peak, challenging conventional
associations between such phenomena. The findings, achieved through
high-resolution interferometric imaging, reveal complex substructures within
the SZE, including significantly displaced components uncorrelated with X-ray,
optical, or lensing maps. This deviation underscores the complexity within the
cluster's dynamics and suggests that detailed, high-resolution SZE imaging is
crucial for understanding the physics of merging clusters. We perform several
tests to ensure that one of these novel and unusual features is indeed real,
and that the detection of all features in the images is robust. In addition to
these displacements, we find several SZE features that are tentatively located
at critical boundaries in this merging cluster - these features will be
discussed in the next few papers in this series. These observations pave the
way for more sophisticated analyses, combining SZE and X-ray data, to decode
the evolutionary mysteries of cosmic structures like the Bullet Cluster. We
note here that we are discussing only one novel and peculiar feature in the
observations of the cluster done in the year 2019. Further observations have
revealed more features, which we shall discuss in the next few papers in this
series on the Bullet cluster.
