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We study by means of first principle Quantum Monte Carlo simulations theground state phase diagram of a system of dipolar bosons with aligned dipolemoments, and with the inclusion of a two-body repulsive potential of varyingrange. The system is shown to display a supersolid phase in a relatively broadregion of the phase diagram, featuring different crystalline patterns dependingon the density and on the range of the repulsive part of the interaction(scattering length). The supersolid phase is sandwiched between a classicalcrystal of parallel filaments and a homogeneous superfluid phase. We show thata "roton" minimum appears in the elementary excitation spectrum of thesuperfluid as the system approaches crystallization.

Patterned Supersolids in Dipolar Bose Systems