prime factorization becomes extremely difficult—so difficult that many of today's cryptography algorithms rely on the complexity of the prime factorization of numbers with hundreds of digits to ...

Therefore, if an 'algorithm that enables prime factorization of a huge number of digits' is developed, its safety will be shaken. On Quora, a real-name Q & A site, various people have shared their ...

Though there are now quite a few encryption algorithms that exploit prime factorization, the most historically significant, and still the conceptual blueprint for the field, is called RSA.

It might take a classical computer thousands or even billions of years to crack a really hard prime factorization algorithm, but a powerful quantum computer can often solve the same equation in a ...

One of the most common encryption schemes, the RSA algorithm, is based on prime numbers ... It’s very difficult to factor a given large number into primes. For example, it took researchers ...

The technique, developed by physicists at Sorbonne University in Paris, France, uses matrix factorization algorithms to overcome the fact that opaque biological tissues are strong scatterers of ...