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Quantum Cryptography: Privacy Through Uncertainty

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Description: Explanation of quantum cryptography, with links and key citations.
Quantum Cryptography: Privacy Through Uncertainty Quantum Cryptography: Privacy Through Uncertainty I can't speak without an interception. This is private; please get off my line. Please tell me when I can have my privacy.
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Page title:Quantum Cryptography: Privacy Through Uncertainty
Keywords:hot topics, avalanche photodiodes, BB84 system, cryptography, cryptosystems, eavesdropping, entangled states, Heisenberg uncertainty principle, information security, information transmission, key distribution, photon entanglement, photon guns, polarization, public key distribution, public key encryption, quantum cryptography, quantum entanglement, quantum key distribution, secret key encryption, secure communication, spin polarization, abstracts, websites
Description:A review of standard cryptography and quantum mechanical properties of photons, polarization, spin, and entanglement. Quantum cryptography exploits these properties and the Heisenberg uncertainty principle to provide secure communication. Quantum key distribution provides secret key exchange by sending photons with random polarizations. The technologies required are photon guns and avalanche photodiodes for single-photon generation and detection.
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Creation Date: 13-jan-1993
Expiration Date: 12-jan-2015