Science

Researchers are applying rigorous mathematical analysis to understand and reduce the tendency of large language models to generate factually incorrect or nonsensical content.

A new approach to reservoir computing leverages random Fourier features to more accurately forecast systems with interacting fast and slow processes.

A new AI agent analyzes real-time job postings to provide data-driven insights into Vietnam’s rapidly evolving IT job market.

A new framework, PRISM, leverages the power of carefully crafted prompts and in-context learning to significantly improve how we access and analyze financial information.

As artificial intelligence evolves beyond simple automation, agentic systems are poised to reshape how we design, operate, and maintain the electrical grid.

Researchers have developed a new deep learning model to forecast post-discharge foot complications for diabetic patients, prioritizing both accuracy and the ability to understand why predictions are made.

Researchers have developed a novel system that uses advanced artificial intelligence to navigate the complexities of financial trading and optimize investment strategies.

New research reveals that sophisticated graph-based AI models are surprisingly susceptible to attacks that allow attackers to recreate their capabilities using only publicly available information.

New research demonstrates how optimal control techniques can be used to model and mitigate the spread of distress within complex financial networks.

Researchers have developed a novel model that understands financial transactions by treating them as natural language, unlocking insights from limited data.