quantum entanglement swapping in photonic systems
Quantum entanglement swapping in photonic systems refers to the process of transferring the entanglement between two pairs of photons, even when the original pairs are not directly interacting with each other. This phenomenon allows for the creation of entanglement between photons that have never been directly connected, enabling the transmission of quantum information over large distances.
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Related Concepts (20)
- bell states
- entanglement swapping
- photodetection
- photon-pair sources
- photonic systems
- quantum communication
- quantum cryptography
- quantum entanglement
- quantum entanglement applications
- quantum entanglement distribution
- quantum entanglement entropy
- quantum entanglement fidelity
- quantum entanglement manipulation
- quantum entanglement purification
- quantum entanglement resource
- quantum information processing
- quantum interference
- quantum non-locality
- quantum state measurement
- quantum teleportation
Similar Concepts
- photon entanglement
- quantum entangled systems
- quantum entanglement and many-body systems
- quantum entanglement experiments
- quantum entanglement in condensed matter systems
- quantum entanglement in cosmology
- quantum entanglement in particle physics
- quantum entanglement swapping
- quantum entanglement swapping experiments
- quantum entanglement swapping in atomic and molecular systems
- quantum entanglement swapping in quantum computing systems
- quantum entanglement swapping in solid-state systems
- quantum entanglement swapping protocols
- quantum entanglement teleportation
- quantum state entanglement