“The original publication is available at www.springerlink.com”. Copyright Springer.The prospect of quantum computing makes it timely to consider the future of public-key crypto-systems. Both factorization and discrete logarithm correspond to a single quantum measurement, upon a superposition of candidate keys transformed into the fourier domain. Accordingly, both these problems can be solved by a quantum computer in a time essentially proportional to the bit-length of the modulus, a speed-up of exponential order.Peer reviewedSubmitted Versio
Several big companies already developed working prototypes of quantum computers, however they are no...
siete la mia vita! Recent public-key cryptography is largely based on number theory problems, such a...
Quantum computers are becoming a reality in the industrial sector. With the quantum cloud from IBM p...
Cryptography is widely used and implemented, particularly in a modern-day setting. Of note to the fi...
In this research notebook on quantum computation and algorithms for quantum engineers, researchers, ...
Abstract: Contemporary cryptographic algorithms are resistant to the strongest threats to cybersecur...
Shor's algorithms for the integer factorization and the discrete logarithm problems can be regarded ...
The quantum circuits to generate the public-key determined by OTU2000 are suggested. The quantum cir...
Public-key cryptography is a key technology for making the Internet and other IT infrastructures sec...
The security of public-key cryptography depends on the computational intractability of some hard pro...
In this paper, we first define the quantum discrete logarithm problem (QDLP)which is similar to clas...
The computers that exist throughout the world today, rely on two values, 0 and 1 to work and run. Qu...
One of the main practical implications of quantum mechanical theory is quantum computing, and theref...
When building cryptosystems, cryptographers focus on finding problems that are not believed to be so...
The emergence of practical quantum computers poses a significant threat to the most popular public k...
Several big companies already developed working prototypes of quantum computers, however they are no...
siete la mia vita! Recent public-key cryptography is largely based on number theory problems, such a...
Quantum computers are becoming a reality in the industrial sector. With the quantum cloud from IBM p...
Cryptography is widely used and implemented, particularly in a modern-day setting. Of note to the fi...
In this research notebook on quantum computation and algorithms for quantum engineers, researchers, ...
Abstract: Contemporary cryptographic algorithms are resistant to the strongest threats to cybersecur...
Shor's algorithms for the integer factorization and the discrete logarithm problems can be regarded ...
The quantum circuits to generate the public-key determined by OTU2000 are suggested. The quantum cir...
Public-key cryptography is a key technology for making the Internet and other IT infrastructures sec...
The security of public-key cryptography depends on the computational intractability of some hard pro...
In this paper, we first define the quantum discrete logarithm problem (QDLP)which is similar to clas...
The computers that exist throughout the world today, rely on two values, 0 and 1 to work and run. Qu...
One of the main practical implications of quantum mechanical theory is quantum computing, and theref...
When building cryptosystems, cryptographers focus on finding problems that are not believed to be so...
The emergence of practical quantum computers poses a significant threat to the most popular public k...
Several big companies already developed working prototypes of quantum computers, however they are no...
siete la mia vita! Recent public-key cryptography is largely based on number theory problems, such a...
Quantum computers are becoming a reality in the industrial sector. With the quantum cloud from IBM p...