research
Binary Testing Sets a One-Shot Entanglement Rate
Petz recovery and a trace inequality turn distinguishability into explicit finite-resource generation, distillation and transmission guarantees.
Summary
Petz recovery and a trace inequality turn distinguishability into explicit finite-resource generation, distillation and transmission guarantees.
The authors bound one-shot entanglement generation over a noisy channel and one-way distillation from a shared state through a binary hypothesis-testing cost. The analysis covers every integer target dimension and rank-deficient states, with explicit logarithmic remainder terms. These are mathematical achievable bounds, not a new physical entanglement experiment.
Why it matters
Petz recovery and a trace inequality turn distinguishability into explicit finite-resource generation, distillation and transmission guarantees.
Limits and context
- These are mathematical achievable bounds, not a new physical entanglement experiment.
Key claims
Petz recovery and a trace inequality turn distinguishability into explicit finite-resource generation, distillation and transmission guarantees.
Qualification: These are mathematical achievable bounds, not a new physical entanglement experiment.
Evidence: source-2026-10-25-018
Sources
- arXiv preprint 2610.31501, original v1arXiv · primary research
Corrections
No corrections have been recorded for this story.