  A study of the universal physics for three oriented fermionic dipoles in the
hyperspherical adiabatic representation predicts a single long-lived
three-dipole state, which exists in only one three-body symmetry, should form
near a two-dipole resonance. Our analysis reveals the spatial configuration of
the universal state, and the scaling of its binding energy and lifetime with
the strength of the dipolar interaction. In addition, three-body recombination
of fermionic dipoles is found to be important even at ultracold energies. An
additional finding is that an effective long-range repulsion arises between a
dipole and a dipolar dimer that is tunable via dipolar interactions.
