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We propose a robust and efficient approach for tripartite-to-bipartiteentanglement localization. By using weak measurements and quantum measurementreversal, an almost maximal entangled state shared by two parties can begenerated with the assistance of the third party by local quantum operationsand classical communication from a W-like state. We show that this approachworks well in the presence of losses and phase diffusion. Our method providesan active way to fight against decoherence, and might help for quantumcommunication and distributed quantum computation.

Robust tripartite-to-bipartite entanglement localization by weak measurements and reversal