De Broglie-Bohm interpretation of a Horava-Lifshitz quantum cosmology model

In this paper, we consider the De Broglie-Bohm interpretation of a Horava-Lifshitz quantum cosmology model in the presence of a radiation perfect fluid. We compute the Bohm's trajectory for the scale factor and show that it never goes to zero. That result gives a strong indication that this model is free from singularities at the quantum level. We also compute the quantum potential. That quantity helps in understanding why the scale factor never vanishes.