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We present an entanglement swapping process for unknown nonmaximallyentangled photonic states, where the standard Bell-state measurement isreplaced by a three-step quantum walk-like state discrimination process, i.e.,the practically nontrivial coupling element of two photons is replaced bymanipulating their trajectories, which will greatly enrich the dynamics of thecoupling between photons in realizing quantum computation, and reduce theintegration complexity of optical quantum processing. In addition, the outputstate can be maximally entangled, which allows for entanglement concentrationas well.

Entanglement swapping via three-step quantum walk-like protocol