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- Quantum_cryptography abstract "Quantum cryptography describes the use of quantum mechanicaleffects (in particular quantum communication and quantum computation) to perform cryptographic tasks or to break cryptographic systems.Well-known examples of quantum cryptography are the use of quantum communication to exchange a key securely (quantum key distribution) and the hypothetical use of quantum computers that would allow the breaking of various popular public-key encryption and signature schemes (e.g., RSA and ElGamal).The advantage of quantum cryptography lies in the fact that it allows the completion of various cryptographic tasks that are proven or conjectured to be impossible using only classical (i.e. non-quantum) communication (see below for examples). For example, quantum mechanics guarantees that measuring quantum data disturbs that data; this can be used to detect eavesdropping in quantum key distribution.".
- Quantum_cryptography wikiPageID "28676005".
- Quantum_cryptography wikiPageRevisionID "605294942".
- Quantum_cryptography hasPhotoCollection Quantum_cryptography.
- Quantum_cryptography subject Category:Cryptography.
- Quantum_cryptography subject Category:Emerging_technologies.
- Quantum_cryptography subject Category:Quantum_cryptography.
- Quantum_cryptography subject Category:Quantum_information_science.
- Quantum_cryptography type Abstraction100002137.
- Quantum_cryptography type Act100030358.
- Quantum_cryptography type Activity100407535.
- Quantum_cryptography type Application100949134.
- Quantum_cryptography type EmergingTechnologies.
- Quantum_cryptography type Event100029378.
- Quantum_cryptography type Occupation100582388.
- Quantum_cryptography type Profession100609953.
- Quantum_cryptography type PsychologicalFeature100023100.
- Quantum_cryptography type Technology100949619.
- Quantum_cryptography type Use100947128.
- Quantum_cryptography type YagoPermanentlyLocatedEntity.
- Quantum_cryptography comment "Quantum cryptography describes the use of quantum mechanicaleffects (in particular quantum communication and quantum computation) to perform cryptographic tasks or to break cryptographic systems.Well-known examples of quantum cryptography are the use of quantum communication to exchange a key securely (quantum key distribution) and the hypothetical use of quantum computers that would allow the breaking of various popular public-key encryption and signature schemes (e.g., RSA and ElGamal).The advantage of quantum cryptography lies in the fact that it allows the completion of various cryptographic tasks that are proven or conjectured to be impossible using only classical (i.e. ".
- Quantum_cryptography label "Criptografia quântica".
- Quantum_cryptography label "Criptografía cuántica".
- Quantum_cryptography label "Crittografia quantistica".
- Quantum_cryptography label "Cryptographie quantique".
- Quantum_cryptography label "Kryptologia kwantowa".
- Quantum_cryptography label "Kwantumcryptografie".
- Quantum_cryptography label "Quantenkryptographie".
- Quantum_cryptography label "Quantum cryptography".
- Quantum_cryptography label "Квантовая криптография".
- Quantum_cryptography label "量子密碼學".
- Quantum_cryptography label "量子暗号".
- Quantum_cryptography sameAs Kvantová_kryptografie.
- Quantum_cryptography sameAs Quantenkryptographie.
- Quantum_cryptography sameAs Criptografía_cuántica.
- Quantum_cryptography sameAs Kriptografia_kuantiko.
- Quantum_cryptography sameAs Cryptographie_quantique.
- Quantum_cryptography sameAs Crittografia_quantistica.
- Quantum_cryptography sameAs 量子暗号.
- Quantum_cryptography sameAs 양자암호.
- Quantum_cryptography sameAs Kwantumcryptografie.
- Quantum_cryptography sameAs Kryptologia_kwantowa.
- Quantum_cryptography sameAs Criptografia_quântica.
- Quantum_cryptography sameAs m.0dnwx.
- Quantum_cryptography sameAs Q471906.
- Quantum_cryptography sameAs Q471906.
- Quantum_cryptography sameAs Quantum_cryptography.
- Quantum_cryptography wasDerivedFrom Quantum_cryptography?oldid=605294942.
- Quantum_cryptography isPrimaryTopicOf Quantum_cryptography.