Topics

Researchers discover the maximum precision possible in optical imaging and use AI to nearly reach this limit for better medical imaging.

New AI tools use plain English to create functional proteins, making biology research easier and opening doors to innovative drug designs.

A new report from the University of Cambridge shows that over half of published fiction writers in the UK think artificial intelligence could fully take over their jobs as authors.

MIT scientists have released a new open source AI model to predict protein structure with a performance similar to AlphaFold3.

University of Michigan leads a $19.4 million project funded by the Department of Energy to create an AI that answers physics questions for faster progress in complex designs.

MIT and Harvard researchers develop a new AI method to predict protein locations in cells, aiding disease diagnosis and research.

University of Würzburg researchers mark a world first by using artificial intelligence to autonomously guide a satellite's orientation, paving the way for self-learning space systems.

Researchers created AInstein, an artificial intelligence tool that helps understand complex solutions to Einstein's field equations of general relativity, potentially changing views on gravity and the universe.

A new machine learning method uses equations from atmospheric physics to predict wind patterns inside hurricanes.

This new AI-driven encyclopedia, powered by Grok, aims to provide unbiased, accurate information by synthesizing diverse sources and minimizing biases, with free access and real-time updates.