quantum entanglement swapping in atomic and molecular systems
Quantum entanglement swapping in atomic and molecular systems refers to a phenomenon where the entanglement between two particles can be transferred or "swapped" onto another pair of particles, creating a new entangled state. This allows for the transfer of quantum information and correlations between distant particles, even if they have never directly interacted.
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Related Concepts (20)
- atomic systems
- bell states
- entanglement distillation
- entanglement swapping
- molecular systems
- photon entanglement
- quantum algorithms
- quantum channels
- quantum coherence
- quantum communication
- quantum computing
- quantum cryptography
- quantum entanglement
- quantum information
- quantum interference
- quantum mechanics
- quantum networks
- quantum state tomography
- quantum superposition
- quantum teleportation
Similar Concepts
- quantum chaos in atomic and molecular systems
- 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 photonic systems
- quantum entanglement swapping in quantum computing systems
- quantum entanglement swapping in solid-state systems
- quantum entanglement swapping protocols
- quantum interference in molecular systems
- quantum state entanglement