  Globular clusters are known to host an unusually large population of
millisecond pulsar when compared to the Galactic disk. This is thanks to the
high rate of dynamical encounters occurring in the clusters that can create the
conditions to efficiently recycle neutron stars into millisecond pulsars. The
result is a rich population of pulsars with properties and companions difficult
or impossible to replicate in the Galactic disk. For these reasons, globular
clusters have been and still are a prime target of searches for new and
exciting pulsars. Because of their large distances, the limiting factor
inhibiting these discoveries is the telescope sensitivity. The MeerKAT radio
telescope, a 64-dish interferometer in South Africa, guarantees unrivalled
sensitivity for globular clusters in the southern sky. Observations of
well-studied globular clusters with MeerKAT have already returned more than 35
new pulsars with many more expected. These exciting discoveries will help us to
understand more about the neutron star equation of state, stellar evolution,
accretion physics and to hunt for intermediate mass black holes. In this talk I
will present the prospects and current discoveries of the globular cluster
working group in the MeerTIME and TRAPUM programmes.
