Science

New research reveals how attackers can manipulate serverless cloud schedulers to run their code alongside targeted victims, potentially exposing sensitive data.

Researchers have demonstrated a complete system for creating, refining, and utilizing complex light states to achieve high-fidelity quantum teleportation, pushing beyond the limits of classical physics.

Researchers have devised a new method for subtly embedding verifiable signals within the text generated by language models, addressing growing concerns around authorship and authenticity.

Researchers have developed a complete decoding approach for CA-polar codes that significantly improves error correction capabilities and offers precise control over undetected errors.

A new concolic execution framework, Zorya, dramatically improves vulnerability detection in Go programs by intelligently focusing on panic-inducing code paths.

Researchers have developed an integrated optical fuse leveraging the photorefractive effect to automatically protect quantum key distribution systems from malicious signal manipulation.

A new approach leverages quantum circuit learning to model complex patterns in financial markets, offering a potential advantage over traditional time series analysis.

New research shows that linking smaller quantum processors, even with slow connections, can unlock performance gains over building a single, larger machine.

A new approach leverages quantum-enhanced transformers and adversarial training to protect power grids from cyberattacks that threaten short-term voltage stability.

A new framework leverages the power of quantum computing, federated learning, and blockchain to address the critical security and scalability challenges of decentralized artificial intelligence in next-generation wireless networks.