Advantage distillation applied to three-party DI-QSS raises maximum secure fiber distance from 0.16 km to 1.85 km and noise tolerance from 10.17% to 28.49% in simulations.
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Catalysis can enhance coherence fraction after noisy channels under analyzed conditions, and a nec-and-suff condition is given for incoherent-state-preserving CPTP maps to be Strictly Incoherent Operations.
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Device-Independent Quantum Secret Sharing Protocol Enhanced by Advantage Distillation
Advantage distillation applied to three-party DI-QSS raises maximum secure fiber distance from 0.16 km to 1.85 km and noise tolerance from 10.17% to 28.49% in simulations.
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Catalytic Enhancement of Coherence in Noisy Quantum Channels and Characterization of Strictly Incoherent Operations
Catalysis can enhance coherence fraction after noisy channels under analyzed conditions, and a nec-and-suff condition is given for incoherent-state-preserving CPTP maps to be Strictly Incoherent Operations.