A Bell pair consists of two qubits prepared jointly in a Bell state. It is a maximally entangled two-qubit resource with Schmidt rank two. Two independent Bell pairs have resource Schmidt rank four across the same party partition.
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- Asymptotic pure-state entanglement conversion rate
- Bell pair
- Bell-pair cost of exact nondemolition singlet verification
- Classical communication lower bound for exact qubit teleportation
- Conjugate-basis steering of a Bell pair
- Deterministic reduction of maximally entangled Schmidt rank
- Entanglement-assisted statistical singlet verification
- Entanglement dilution
- Entanglement distillation
- Exact teleportation resource criterion
- GHZ-assisted quantum teleportation
- Local flag correction of a Bell-state phase mixture
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- Premature basis announcement in quantum key distribution
- Schmidt projection entanglement concentration
- Single-copy entanglement concentration
- Superdense coding
- Teleportation with an ambiguous Bell-state phase label
- Two-outcome LOCC dilution of a Bell pair
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