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Quantum Teleportation: Difference between revisions
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Quantum teleportation is a protocol by which a quantum state (or information stored in a quantum state) can be transmitted physically from one location (or one party) to another. This [[example protocol]] requires sharing an [[entangled]] state like an [[EPR pair]] between two parties and also allowing the parties to communicate classically (sending bits of information). Quantum Teleportation can be treated as a send/receive scheme for qubits. Quantum teleportation provides a mechanism of sending an unknown qubit from one location to another, without physically moving the particle. This task can be done due to the existence of long-range correlations between entangled pairs. The quantum teleportation is used widely as a basic protocol in many other quantum communication and quantum cryptography protocols. | Quantum teleportation is a protocol by which a quantum state (or information stored in a quantum state) can be transmitted physically from one location (or one party) to another. This [[example protocol]] requires sharing an [[entangled]] state like an [[EPR pair]] between two parties and also allowing the parties to communicate classically (sending bits of information). Quantum Teleportation can be treated as a send/receive scheme for qubits. Quantum teleportation provides a mechanism of sending an unknown qubit from one location to another, without physically moving the particle. This task can be done due to the existence of long-range correlations between entangled pairs. The quantum teleportation is used widely as a basic protocol in many other quantum communication and quantum cryptography protocols. | ||
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'''Tags:''' [[:Category: Building Blocks]], teleportation, quantum communication, sending quantum information, send/receive in the quantum network, [[:Category: Quantum Functionality]], [[:Category: Specific Task]] | '''Tags:''' [[:Category: Building Blocks|Building Blocks]], teleportation, quantum communication, sending quantum information, send/receive in the quantum network, [[:Category: Quantum Functionality|Quantum Functionality]], [[:Category: Specific Task|Specific Task]] | ||
[[Category: Quantum Functionality]] [[Category: Building Blocks]] [[Category: Specific Task]] | [[Category: Quantum Functionality]] [[Category: Building Blocks]] [[Category: Specific Task]] | ||