quantum information processing
Quantum information processing refers to the manipulation and storage of information using the principles of quantum mechanics, such as quantum superposition and entanglement, to perform calculations and tasks that are infeasible for classical computers.
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Related Concepts (27)
- entanglement swapping
- photon polarization
- quantum algorithms
- quantum annealing
- quantum communication
- quantum communications networks
- quantum complexity theory
- quantum computing
- quantum cryptography
- quantum darwinism
- quantum entanglement
- quantum entanglement swapping in photonic systems
- quantum entanglement swapping in solid-state systems
- quantum entanglement swapping protocols
- quantum error correction
- quantum gates
- quantum information security
- quantum information storage
- quantum information theory
- quantum key distribution
- quantum machine learning
- quantum metrology
- quantum networking
- quantum sensors
- quantum simulations
- quantum supremacy
- quantum teleportation
Similar Concepts
- quantum chaos and quantum computation
- quantum chaos and quantum information theory
- quantum computation with interacting particle systems
- quantum consciousness
- quantum entanglement and information theory
- quantum entanglement as information storage
- quantum entanglement-based computation
- quantum information
- quantum information processing in cellular automata
- quantum mechanics
- quantum memory
- quantum neural networks
- quantum nonlocality
- quantum physics
- quantum systems