Science

A novel framework uses artificial intelligence to reconcile on-chain data with issuer reports, providing a more comprehensive view of stablecoin credibility.

As artificial intelligence moves beyond isolated tools and into interconnected networks, a new landscape of systemic risks emerges, demanding a fresh approach to safety and governance.

New research harnesses the power of advanced artificial intelligence to create near-real-time global flood maps with unprecedented accuracy and speed.

A new framework leverages large language models to extract and track key events from financial news, improving the accuracy of stock price forecasting.

New research suggests that tracking a company’s adoption of artificial intelligence can significantly improve the accuracy of early warnings for financial distress.

A new framework leverages blockchain and explainable AI to assess creditworthiness and unlock financial access for underserved communities.

A new deep learning framework rapidly assesses building damage using before-and-after satellite images, offering critical insights for faster disaster response.

New research exposes critical security flaws in GPT-based AI agents, demonstrating vulnerabilities that extend beyond simple prompt manipulation.

Researchers are leveraging the power of graph neural networks to deliver high-resolution, localized temperature predictions, offering a promising path towards improved early warning systems for extreme heat events.

A new analysis evaluates the risk management approaches of twelve major AI developers, revealing crucial shortcomings in anticipating and mitigating the potential dangers of advanced artificial intelligence.