Discover and develop novel materials with the world's most advanced self-driving lab.
New York City
Joined December 2023
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Inside our self-driving lab, the @TIME 2026 Best Invention supercharging scientists.
AI designs every experiment. Each result informs the next. The lab runs 24/7.
This is the new speed of science. Discover and develop materials in weeks, not years.
Radical AI retweeted
When we started the company it was a big technological bet on the combination of AI, robotics, automation and software coming together to change the way physical science worked. It was about using all of that to create a closed-loop approach to experiments that compounded with every turn.
Less than 18 months after founding we'd gone from 2 people in @josephfkrause apartment to a full team that had just completed the build of System One, our first lab. 12 months later, we're recognized by @TIME.
Science will continue to develop technologically and @RadicalAI will be a massive part of that change. We've gone from bet to recognition. Now more work to do to push this forward on a broader scale.
Today, @TIME featured our self-driving lab on its 2026 Best Inventions list.
Radical's self-driving lab discovers and develops novel materials at the speed of AI, enabling 10x more material discoveries per scientist.
By combining AI, robotics, and experimental data, our high-throughput system can unlock advanced materials for new technologies.
We are transforming how the world does science. #TIMEBestInventions
time.com/collection/best-inv…
Radical AI retweeted
Today, @TIME featured our self-driving lab on its 2026 Best Inventions list.
Materials will be what accelerates the possibilities of new inventions, not what slows them down.
Congratulations to the entire @RadicalAI team on this achievement...the world-changing potential of Radical AI’s self-driving lab is something we’ve believed in for a long time.
Today, a much larger audience is taking notice.
Today, @TIME featured our self-driving lab on its 2026 Best Inventions list.
Radical's self-driving lab discovers and develops novel materials at the speed of AI, enabling 10x more material discoveries per scientist.
By combining AI, robotics, and experimental data, our high-throughput system can unlock advanced materials for new technologies.
We are transforming how the world does science. #TIMEBestInventions
time.com/collection/best-inv…
Science at the speed of AI fundamentally changes what can be invented.
Our self-driving lab created 300 novel materials in just 16 weeks.
One of them, RAI-939, outperformed industry-leading aerospace material C103 by 125x.
This is the future of science.
Our team is building the world's most advanced self-driving labs:
Frontier technology that combines AI, robotics, and experimental data to develop novel materials at unprecedented speed and scale.
Nothing comes close to the energy and intensity of this team.
The best materials scientists—at 10x capacity.
By combining AI, robotics, and experimental data, Radical’s self-driving labs enable exponentially more material discoveries per scientist.
Thank you to @FastCompany for having Joseph on the Innovation Festival panel Beyond AI: Inside the Race to Reinvent the Physical World.
Discover and develop novel materials with the world's most advanced self-driving lab.
Science is the foundation of every major step forward in technology. Our AI-powered labs enable exponentially more material discoveries per scientist.
Invent materials for the next wave of tech at the speed of AI.
Radical AI retweeted
Do you want to work on changing the world? We are hiring — find a way to get in touch with me.
Radical AI retweeted
Radical's self-driving labs will set a new standard for what we can achieve in science.
Our AI-powered labs conduct physical experiments at unprecedented speed and volume. The data collected fuels each next step.
Honored to have @SandiaLabs as a Radical customer. Together, we'll discover novel materials for next-generation technology.
Our AI-powered self-driving lab conducts physical experiments at unprecedented speed and volume. The data collected fuels each next step.
When @SandiaLabs set out to discover novel materials for the next generation of energy technology, they chose Radical.
This is the future of science.
Science is the foundation of every major step forward in technology.
We've partnered with @SandiaLabs to accelerate research for the next generation of energy sources.
Science at the speed of AI will enable the energy of the future. Our team is taking on that challenge today.
Honored to be selected by @SandiaLabs to fuel research for new energy sources.
Radical’s self-driving lab combines AI, robotics, and experimental data to achieve high-throughput materials design and discovery.
Read the blog here: radical-ai.com/news/sandia-n…
Our self-driving lab is fueling the future of energy. When @SandiaLabs set out to validate real experimental data fast, they chose Radical.
Our AI-powered lab conducts physical experiments at unprecedented speed and volume, enabling the exploration of exponentially more materials, each validated by real world results.
Read more in @IntEngineering here: interestingengineering.com/e…
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.