RSA encryption rests on a deceptively simple asymmetry: multiplying two primes together takes a fraction of a second, but reversing that process can take centuries. This is the story of how a ...

The work used the same RSA-1024 instance and algorithm as an earlier computation, though it ran on different hardware. The ...

Google DeepMind says two AI agents reproduced a known 1024-bit cryptography computation, handling programming, large-scale ...

Contributed article by Garrv Sipani describes how quantum computer themselves (QEC/decoder pipeline, classical control stack, ...

A US startup called PSI (Physical Superintelligence), not to be confused with the Paul Scherrer Institute, says its AI system ...

This article uses a dialogue between Dr. Hakase and Manabu-kun to explain science and cutting-edge technology in an ...

Today's paper features three cases where AI agents have moved beyond the stage of simply 'speeding up human work'.One is ...

Arjan Jeckmans discusses global standards, security challenges, and the transition to post-quantum cryptography.

Google DeepMind has published new research showing that AI agents, working under human supervision, can dramatically accelerate cryptanalysis — the discipline of ...

Ask a developer whether to encrypt a database with AES-256 or RSA and you’ll often get a confused pause. The two algorithms get compared constantly in interviews, security audits, and Stack Overflow ...

RSA-2048’s days may be numbered. A new preprint suggests quantum computers could crack the encryption in just three days.