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By combining artificial intelligence with computer simulations, this method models over 100 billion individual stars in just hours instead of years.

CellWhisperer uses artificial intelligence to make studying single cells easier by linking gene data to everyday language, allowing scientists to ask questions without needing complex computer skills.

Researchers develop a smart computer program to discover better battery liquids, starting from just a few examples and using real tests to improve results.

The program unites leading institutions to harness artificial intelligence for solving complex math problems and speeding up scientific breakthroughs.

This partnership introduces advanced artificial intelligence to radio astronomy, allowing faster detection of potential cosmic events and signs of intelligent life at the Allen Telescope Array.

Duke University’s AI system mimics scientists to solve tough design problems, paving the way for faster innovation.

This method combines physics rules with artificial intelligence to find key properties of materials using very little data, helping speed up research in fields like engineering and energy.

This new AI-powered tool helps scientists share and reuse data more effectively, ensuring it leads to faster breakthroughs in health, climate, and technology.

New research shows that tiny atomic arrangements in metal mixtures can improve strength and other qualities, opening doors for better designs in planes, electronics, and power plants.

Researchers work together to use AI and sensors for safer, cleaner hydrogen-powered vehicles.