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Quantum Cryptography - Stanford Computer Science

Quantum Cryptography J. Aditya, P. Shankar Rao {Dept of CSE, Andhra University}. Email: ABSTRACT because asymmetric encryption is significantly slower than symmetric encryption, a hybrid approach is preferred by many Modern Cryptography algorithms are based over the fundamental institutions to take advantage of the speed of a shared key system process of factoring large integers into their primes, which is said and the security of a public key system for the initial exchange of to be INTRACTABLE . But modern Cryptography is vulnerable the symmetric key. Thus, this approach exploits the speed and to both technological progress of computing power and evolution performance of a symmetric key system while leveraging the in mathematics to quickly reverse one-way functions such as that scalability of a public key infrastructure.

In addition, a handful of quantum information processing companies, including MagiQ Technologies and ID Quantique, are implementing quantum cryptography solutions to meet the needs of businesses, governments, and other institutions where preventing the unauthorized disclosure of information has become a critical

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