Science

This review explores how restricting the tools of propositional and modal logic impacts what we can express, and how easily we can reason with those limited systems.

Researchers are leveraging the power of quantum computers and spin chain models to explore the behavior of confining strings in quantum chromodynamics at extremely strong coupling.

New research reveals that intentionally miscalibrating noise levels during the decoding process can surprisingly enhance the performance of quantum LDPC codes.

A new protocol aims to safeguard financial transactions against the looming threat of quantum computing by combining advanced cryptography and privacy-enhancing technologies.

Researchers demonstrate a new method for embedding backdoors in federated learning systems by subtly manipulating model structures.

Researchers are exploring the potential of geometrically-inspired error correction to overcome the inherent noise challenges of analog in-memory computing systems.

A new perspective demonstrates a fundamental connection between orthogonal projection methods and the Feshbach-Schur projection, offering a powerful tool for accurately describing systems governed by the Pauli exclusion principle.

A new analysis of muon-electron conversion offers stringent limits on potential violations of fundamental symmetries and opens the door to even more sensitive searches with upcoming experiments.

A new system, Mica, enables confidential computing by enforcing user-defined policies that govern communication between secure enclaves, even when the underlying components aren’t fully trusted.

A novel quality scoring system aims to ensure consistent and trustworthy results when running large language models across decentralized networks.