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An approach to the simulation of locally interacting systems is demonstratedand assayed. The proposal is built upon the concept of folding of bosonic modespreviously introduced in the context of linear dynamics and can be seen as analternative to Trotter-Susuki expansion in studies of quantum propagation basedon tensor states. It is shown that evolution as well as ground statecomputations can be implemented and that test simulations deliver comparativelyaccurate results. The whole analysis provides insight into the way well-knownquantum precursors affect mean values and fluctuations in realistic setups.

Mode folding in systems with local interaction: unitary and non-unitary transformations using tensor states