Science

New research explores whether artificial intelligence can anticipate human decisions in everyday conversations, even when we’re influenced by subtle biases.

A new approach combines tumor growth and routine blood tests to offer more accurate survival predictions for non-small cell lung cancer patients.

As machine learning models become increasingly integral to critical infrastructure, a proactive and holistic approach to security is essential throughout the entire development process.

Researchers demonstrate that advanced AI models can accurately forecast process behavior even when data is scarce, offering a viable alternative to traditional methods.

New research demonstrates the effectiveness of artificial intelligence in proactively identifying anomalies in hydraulic pumps, paving the way for improved predictive maintenance.

This review explores how bringing machine learning processing closer to IoT devices can dramatically improve network efficiency and reduce environmental impact.

A novel federated learning framework combines survival analysis with differential privacy to improve credit risk assessment while protecting sensitive financial data.

A new analysis explores how to optimize liquidity provision in decentralized finance, addressing market impact and the growing threat of stablecoin instability.

A new study systematically tests the robustness of Fourier Neural Operators across a range of partial differential equations, revealing common failure points and highlighting areas for improvement.

New research shows that equity markets for essential minerals react predictably to major events, exposing patterns of herding and anti-herding among investors.