Topics

Researchers use a new technique to reveal how protein prediction tools make decisions, improving choices for drug and vaccine development while uncovering hidden biological details.

MIT chemists have found a new way to predict 3D genomic structures using AI, which is much faster than old methods.

AI creates effective drug candidates by analyzing only the target protein's structure, potentially reducing costs and time in developing treatments for diseases like cancer.

Penn engineers create mollifier layers to help artificial intelligence work backward from observations and uncover hidden natural processes more reliably.

Framework shows how to combine human judgment with artificial intelligence for better results across key areas like healthcare and governance.

New world model generates diverse, real-time environments from text prompts for navigation and learning, advancing AI research and creativity.

Autonomous device developed through lab-industry partnership enables continuous, low-impact sampling and real-time analysis of genetic traces from aquatic life at reduced cost.

Google has introduced Veo 2 and a new version of Imagen 3, generative AI tools for videos and images that have received rave reviews.

Scientists create a system to evolve molecules in mammal cells, advancing medicine.

Researchers use artificial intelligence (AI) to find better ways to detect cosmic ripples in the fabric of spacetime.