One - way hash functions are the basis
of all modern cryptography.
«We have translated a major method
of modern cryptography devised originally for computational tasks into use for a physical system.»
Not exact matches
The difficulty
of performing this operation with very large semi-primes underlies
modern cryptography and has offered a key rationale for the creation
of large - scale quantum computers.
In 1994 Peter Shor introduced a method for finding the prime factors
of large numbers — a capability that would render
modern cryptography vulnerable.
Similarly, in another research, it has been found, after some intense crypto land training, the old methods still remain the «state -
of - the - art» tools by
cryptography for implementing
modern day's versatile hacking.
It explains today's gradual shift towards decentralization, and the rise
of public interest in
modern security: consensus algorithms and advanced
cryptography.
NEO incorporates some
of the most advanced concepts in
modern cryptography and blockchain technology.