Science

A new study explores whether large language models can accurately adjudicate disagreements arising in decentralized prediction markets like Polymarket.

New research demonstrates how neural networks can more accurately assess the worth of individual pieces on the chessboard, paving the way for stronger chess engines.

Researchers are leveraging artificial intelligence to create detailed maps of carbon monoxide emissions, revealing the structure of molecular clouds within our galaxy.

A new workflow leverages the power of artificial intelligence to automatically identify and protect sensitive information within detailed accident reports.

A new study demonstrates how artificial intelligence can translate free-text accident descriptions into visual crash diagrams, streamlining traffic safety analysis.

New research explores how to accurately predict vulnerability sightings even with limited data, a crucial task for proactive cybersecurity.

New research reveals how easily machine learning models can appear profitable due to hidden biases and flawed evaluation, not genuine predictive power.

A new probabilistic bias correction framework dramatically improves the accuracy of short-term weather forecasts generated by both traditional and artificial intelligence models.

A new analysis argues that focusing solely on AI’s technical risks obscures the crucial economic and political forces driving its development and deployment.

Researchers are leveraging generative models to create synthetic cryptocurrency price data that mirrors the complexities of real-world market behavior.