  Non-Abelian Anyons exist in certain spin models and may exist in Quantuam
Hall systems at certain filling fractions. In this work we studied the ground
state of dynamical SU(2) level-$\kappa$ Chern Simons non-Abelian anyons at
finite density and no external magnetic field. We find that in the
large-$\kappa$ limit the topological interaction induces a pairing instability
and the ground state is a superconductor with $\it{d+id}$ gap symmetry. We also
develop a picture of pairing for the special value $\kappa=2$ and argue that
the ground state is a superfluid of pairs for all values of $\kappa$.
