  We propose a paring mechanism between holes in the dilute limit of doped
frustrated Mott insulators. Hole pairing arises from a hole-hole-magnon
three-body bound state. This pairing mechanism has its roots on single-hole
kinetic energy frustration, which favors antiferromagnetic (AFM) correlations
around the hole. We demonstrate that the AFM polaron (hole-magnon bound state)
produced by a single-hole propagating on a field-induced polarized background
is strong enough to bind a a second hole. The effective interaction between
these three-body bound states is repulsive, implying that this pairing
mechanism is relevant for superconductivity.
