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We show a perfect state transfer of an arbitrary unknown two-qubit state canbe achieved via a discrete-time quantum walk with various settings of coinflippings, and extend this method to distribution of an arbitrary unknownmulti-qubit entangled state between every pair of sites in themulti-dimensional network. Furthermore, we study the routing of quantuminformation on this network in a quantum walk architecture, which can be usedas quantum information processors to communicate between separated qubits.

Perfect state transfer and efficient quantum routing: a discrete-time quantum walk approach