Radical AI

RAI-939 outperformed industry-leading aerospace material C103 by 125x.

In a head-to-head torch test, Purdue Applied Research Institute confirmed that Radical AI’s RAI-939 sample exhibited superior environmental survivability to C103.

C103 has been in use since the Apollo program, but its performance limitations and constrained supply have fueled a decades-long search for a replacement.

Our lab discovered that replacement in just 16 weeks.

Now, we aim to scale up production of the alloy to make bigger components.

Radical’s self-driving lab enables intentional discoveries at unmatched speeds.

“You take a 20-year development timeline and you shrink it down to one, two, three years,” @josephfkrause told MINING.COM.

When new materials take years instead of decades, manufacturers can design around critical mineral shortages instead of waiting on new supply.

Read the full article here: mining.com/radical-ai-use…

High-quality data powers every experiment in our self-driving lab.

With trusted research from @WileyGlobal, our customers make intentional material discoveries at unmatched speeds.

Read more about the partnership here: radical-ai.com/news/wiley-par…

Radical has partnered with @WileyGlobal to power our self-driving labs with trusted scientific data.

Our AI scientist references hundreds of thousands of papers to generate hypotheses for each experiment, quickly reasoning across more data than any one person could read.

Together, Radical and Wiley ensure autonomous experimentation is grounded in credible evidence from transparent, verifiable sources.

Read the full story here: radical-ai.com/news/wiley-par…

Novel materials fuel the frontier of every new technology.

In 16 weeks, our self-driving lab made 300+ new high-temperature alloys. The best, tested by Purdue Applied Research Institute LLC, outperformed the industry standard.

@JosephFKrause in @RCDefense on why the U.S. should treat self-driving labs as national infrastructure: realcleardefense.com/pentagon/artic…