Science

As communication shifts toward transmitting meaning rather than raw data, a new wave of security vulnerabilities emerges, demanding novel defense strategies.

Researchers have used programmable Rydberg atom arrays to model complex quantum systems, revealing how broken symmetries and critical points shape their behavior.

This review unveils a robust theory of stable envelopes, offering a powerful tool for understanding the geometry of critical loci and advancing enumerative problems.

Researchers demonstrate a new method for encrypting data and uniquely identifying devices using the inherent randomness of light traveling through silicon nitride chips.

A new analysis reveals the specific conditions under which a generalized RSA scheme successfully decrypts messages, expanding on the limitations of traditional implementations.

A new study demonstrates how sophisticated cyberattacks could compromise electric vehicle charging networks, highlighting the need for robust security measures.

New research tackles the growing threat of subtle data corruption within large language models, offering a way to pinpoint and correct errors without relying on pristine backups.

Researchers have developed a powerful new method for calculating the spectra of operators in two-dimensional fishnet conformal field theory, offering insights into its underlying integrability.

Researchers have demonstrated a fast and high-fidelity quantum gate based on dynamically controlled optical superlattices for processing fermionic quantum information.

A new technique dramatically improves the accuracy and efficiency of locating errors within the complex code of modern compilers.