  We consider the calculation of scattering amplitudes in field theories dual
to Lifshitz spacetimes. These amplitudes provide an interesting probe of the IR
structure of the field theory; our aim is to use them to explore the observable
consequences of the singularity in the spacetime. We assume the amplitudes can
be related by T-duality to a Wilson loop, as in the AdS case, and determine the
bulk minimal surfaces for the simplest cusp Wilson loop. We use this to
determine the leading IR singularity in the amplitude. We find there is a
stronger IR singularity for z >1 than for z=1, with a coefficient which
vanishes as z goes to 1.
