Science

Researchers have discovered a way to selectively excite and control the chirality of interlayer excitons trapped within moiré superlattices using chiral optical phonons.

As data centers grow in scale, a novel approach to grid resilience using braking resistors is emerging to address challenges posed by increasing inverter-based resources.

Despite advancements in security protocols, this review demonstrates that passive attacks targeting 5G and future networks remain a tangible threat, particularly through analysis of control and physical layer signals.

A new automated pipeline dramatically reduces the effort needed to create challenging benchmarks for evaluating the security of code generated by large language models.

A new framework, MicroProbe, dramatically improves the efficiency of assessing whether large AI models are trustworthy and predictable.

A new framework, Anota, helps developers proactively identify and address vulnerabilities hidden within application logic through dynamic analysis and security policy definitions.

A new method moves past simply assessing how sure an AI is to directly verifying the validity of its reasoning steps.

New research shows that reducing the size of large AI models isn’t enough – optimizing how those models access memory is critical for achieving real-world performance gains on resource-constrained hardware.

New research reveals a concerning weakness in large language models that rely on specialized ‘expert’ systems, potentially allowing attackers to bypass safety measures with surprising ease.

As digital defenses accumulate complexity and age, the cybersecurity landscape is entering a period of diminishing returns, raising critical questions about long-term resilience.