A new study delves into instances where sums in number theory cancel out more effectively than previously understood, potentially unlocking new proofs about prime numbers and arithmetic progressions.
Researchers have developed a novel method that leverages an AI’s own abilities in math and coding to circumvent its built-in safety protocols and generate potentially harmful content.
A new framework proposes leveraging off-chain computation and attestation to enable more sophisticated, continuous, and intelligent governance mechanisms for decentralized autonomous organizations.
A new analysis pits reinforcement learning algorithms against a barrage of threats targeting blockchain-based Internet of Things networks.
This review explores the emerging field of hybrid semiconductor-superconductor qubits and their potential to overcome the limitations of traditional quantum bits.
New research explores how to reliably transmit quantum information over realistic communication channels, despite noise and signal loss.
Despite its mathematical foundations, the security of widely-used RSA encryption remains surprisingly vulnerable to flaws in how prime numbers are chosen during key generation.
Researchers have developed a high-performance simulator, SOFT, to explore the practical limits of fault-tolerant quantum computation.
A new statistical model quantifies the risk of side-channel attacks targeting the execution time of lattice-based cryptography, revealing key vulnerabilities.
New research reveals a surprising link between monitoring a qubit and the dynamics of a charged particle in spacetime.