
Sandia National Laboratories Partners With Radical AI To Research New Materials for Hydrogen Purification
An AI-powered mission to diversify American energy sources and enable the next chapter of technological development.
Technological breakthroughs happen in materials. AI transforms the bottleneck into a competitive edge.
Prompts become materials.
Scientists input material performance goals, then AI-generated experiments go directly to the self-driving lab, which continues refining results until it meets those goals.
Grounded in reality.
Simulations only sometimes are what they seem. With software that connects directly to a self-driving lab, every idea is put to the test.
Data drives discoveries.
Gathering every dimension of data in a standardized format speeds analysis. Feeding it back into the AI gives it superpowers.
Done in weeks, not years.
The 10-year, $100 million process of discovering materials has held back too many technologies.

An AI-powered mission to diversify American energy sources and enable the next chapter of technological development.

In a head-to-head torch test, Purdue Applied Research Institute saw a 125x increase in environmental survivability compared to industry-leading aerospace material C103.

An inside look at a one-of-one machine.

















