quantum entanglement swapping protocols
Quantum entanglement swapping protocols refer to a set of methods or procedures that allow the transfer of entanglement between different pairs of particles or qubits. This process involves creating entanglement between two separate pairs of particles and then combining them in such a way that the entanglement is swapped or transferred to particles that were not initially entangled. The protocols are used in quantum information processing and communication to enable the transfer of entanglement over longer distances or across different physical systems.
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Related Concepts (16)
- bell inequality violation
- entanglement swapping
- entanglement swapping in multi-particle systems
- entanglement-based quantum networks
- epr paradox
- quantum communication protocols
- quantum cryptography
- quantum entanglement distribution
- quantum entanglement purification
- quantum entanglement storage
- quantum entanglement swapping
- quantum entanglement swapping experiments
- quantum entanglement swapping in quantum computing systems
- quantum information processing
- quantum state manipulation
- quantum teleportation
Similar Concepts
- quantum entangled systems
- quantum entanglement
- quantum entanglement communication
- quantum entanglement entropy
- quantum entanglement experiments
- quantum entanglement in particle physics
- quantum entanglement manipulation
- quantum entanglement swapping in atomic and molecular systems
- quantum entanglement swapping in photonic systems
- quantum entanglement swapping in solid-state systems
- quantum entanglement teleportation
- quantum entanglement-based computation
- quantum entanglement-based cryptography
- quantum state entanglement
- quantum teleportation protocols