Two distinguishable continuous-time quantum walkers on parallel one-dimensional lattices with tailored distance-dependent interactions exhibit four dynamical regimes, one of which optimizes both transport efficiency and entanglement.
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Engineering entanglement and transport in interacting quantum walks with tailored potentials
Two distinguishable continuous-time quantum walkers on parallel one-dimensional lattices with tailored distance-dependent interactions exhibit four dynamical regimes, one of which optimizes both transport efficiency and entanglement.