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.

Our alloying arm system is our most complicated yet: built to enable materials discovery at unmatched speeds. The arm has four interchangeable tools, and the station serves as a key connector for high-throughput synthesis of novel alloys. Invention runs on Radical.

6 predictions. 6 validated materials. We ideated and screened millions of compositions to identify new semiconductor materials with superior electronic properties. Then our self-driving lab made the top 6. Every one landed within 10% of its target. Read the full story: radical-ai.com/news/6-predic…

In just one day, create and characterize novel materials. Traditionally, breakthroughs in materials science require hundreds of scientists, dozens of labs, and decades of work. Radical’s self-driving lab invents at the speed of AI, enabling exponentially more discoveries per scientist. Change the trajectory of humankind with advanced materials.

We continue to break ground in semiconductor materials design and development. Our self-driving lab ideated and screened millions of compositions for superior electronic property performance. All 6 of the materials we made met the target within 10%.  Michael Haverty, our Head of Computational Materials explains our approach to inventing materials for the next wave of tech.

The most advanced self-driving materials lab, built in the greatest city in the world. Invent the materials for the next wave of tech here in New York City.

We’re building self-driving labs to enable AI-powered experimentation in the physical world. At Radical, roboticists share a bench with domain scientists. Hardware engineers work alongside AI researchers. Software developers sit next to materials science PhDs. A rare combination of experts making the impossible possible.

Radical’s self-driving labs will enable exponentially more material discoveries per scientist. Our team is united by one mission: to change the trajectory of humankind with advanced materials.

Today marks the first day at our new headquarters in the Brooklyn Navy Yard. We’re hitting the ground running to build our largest self-driving materials lab to date. The future can't wait.

Self-driving labs enable science to move at the speed of AI. From our new headquarters in the Brooklyn Navy Yard, we’ll continue building first-of-its-kind technology to invent materials of the future.

Remove the bottlenecks to invention with self-driving materials labs. Our Brooklyn Navy Yard Lab will be connected by a 50-foot-long material transport system. This new arrangement of experimentation stations will achieve our highest throughput to date.

Our first-of-its-kind automated Makino EDM machine enables scientists to experiment at the speed of AI. The custom fixture enables precision cuts across five individual, non-uniform alloy samples per run. A major upgrade for our self-driving materials lab.

Our team is united by one mission: to change the trajectory of humankind with advanced materials. Built by an interdisciplinary technical team, our self-driving labs invent novel materials through autonomous experimentation in the physical world.

Hundreds of custom parts built to survive millions of cycles will enable high-throughput autonomous experimentation. Components like the pallet lifter are designed and built in-house, giving us full control over quality, design, and durability. The result: superior, reliable infrastructure for our self-driving labs. Materials invention runs on Radical.

The best materials scientists—at 10x capacity. Our self-driving labs create a new scientific method, enabling materials invention at the speed of AI.

We've outgrown our Manhattan lab. In two weeks, our Brooklyn Navy Yard facility becomes Radical AI's new headquarters. Here we'll build the next version of the world's most advanced self-driving materials lab.

At over 50 ft long, a sample transport system will serve as the highway for our self-driving materials lab in the Brooklyn Navy Yard. To take samples on and off this rail, the team has been prototyping fast—testing custom designs in days. Inspired by warehouse and fulfillment automations, our design challenge is to miniaturize traditional mechanisms for control and drive, further enabling a new speed of science.

We automated a @MakinoMachine EDM. A first-of-its-kind tool for accelerated sample preparation has been installed in our Brooklyn Navy Yard lab, designed to enable our highest throughput to date.