Quantum advantage by weak measurements

Quantum advantage by weak measurements

Weak measurements may result in extra quantity of quantumness of correlations compared with standard projective measurement on a bipartite quantum state. We show that the quantumness of correlations by weak measurements can be consumed for information encoding which is only accessible by coherent qu...

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Hauptverfasser: Huai, Lin-Ping, Li, Bo, Qu, Shi-Xian, Fan, Heng
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Physics - Quantum Physics
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creator Huai, Lin-Ping
Li, Bo
Qu, Shi-Xian
Fan, Heng
description Weak measurements may result in extra quantity of quantumness of correlations compared with standard projective measurement on a bipartite quantum state. We show that the quantumness of correlations by weak measurements can be consumed for information encoding which is only accessible by coherent quantum interactions. Then it can be considered as a resource for quantum information processing and can quantify this quantum advantage. We conclude that weak measurements can create more valuable quantum correlation.
doi_str_mv 10.48550/arxiv.1305.6366
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title Quantum advantage by weak measurements
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