New estimates suggest it might be 20 times easier to crack cryptography with quantum computers than we thought. But don't ...

But that’s the great thing about public key cryptography: As long as we can find new functions to use, we can just keep reinventing the wheel. Or in this case, the key.

Explore how post-quantum cryptography is revolutionising digital security, offering quantum-resistant algorithms.

But instead of using chemicals, public key cryptography uses mathematical puzzles called trapdoor functions. These functions are easy to compute in one direction and extremely difficult to reverse.

Breakthroughs in pure mathematics can take decades. A new Defense Department initiative aims to speed things up using ...

They highlight how difficult post-quantum cryptography is, and how much analysis might be needed to study the security of various systems. “A mathematical object may have no obvious structure in one ...

The use of the laws of perspective amazed bystanders, altered the course of Western art for more than 450 years and, more recently, led to mathematical discoveries that enable elliptic curve ...

A pair of new JEPs arriving in Java 24 provide an initial Post-Quantum Cryptography (PQC) capability in Java.