Fermilab Joins AI Mission to Double US Science Output by 2035

The United States just launched one of its most ambitious scientific efforts in a generation, and the goals are nothing short of extraordinary.

The Genesis Mission brings together all 17 Department of Energy national laboratories to double the productivity of American science by 2035. At the heart of this transformation is artificial intelligence working alongside some of the nation's brightest researchers.

Fermi National Accelerator Laboratory in Illinois is stepping up as a major contributor. The lab brings decades of experience in particle physics, advanced computing, and quantum technologies to tackle challenges that once seemed impossible.

"The Genesis Mission represents a once-in-a-generation opportunity to transform how America does science," said Fermilab Director Norbert Holtkamp. By combining AI with advanced computing and laboratory capabilities, teams can accelerate discoveries while strengthening the infrastructure that keeps the US at the forefront of scientific innovation.

One of Fermilab's flagship contributions is AXESS, a project using AI to revolutionize microelectronics chip design. The lab already creates chips that function in extreme environments like cryogenic temperatures and intense radiation. Now AI is compressing the design process from months to minutes, dramatically speeding up innovation.

Fermilab is also tackling particle accelerator science through a seven-lab collaboration called MOAT. Using AI to make accelerators more efficient means shorter startup times, lower operating costs, and broader benefits for industry partners. These improvements will ripple out to advances in medicine, materials science, and energy.

The lab's contributions extend to managing massive datasets too. Fermilab is providing its Data Platform to support the emerging American Science Cloud, turning decades of physics data into a national resource. Researchers across disciplines will access the information they need to accelerate their own breakthroughs.

Another effort called TREASURE is making vast datasets from particle colliders more accessible. The program standardizes data from both current experiments and retired machines like the Large Hadron Collider, creating AI-ready resources that scientists can trust as they search for new physics.

In astrophysics, Fermilab researchers are applying advanced AI methods to analyze more than 200 million astronomical observations. This work gives scientists tools to make precise predictions and identify meaningful patterns in enormous astronomy datasets.

The Ripple Effect

What makes the Genesis Mission especially powerful is how it connects expertise across different fields and institutions. Fermilab isn't working alone but collaborating with universities, other national labs, and industry partners to tackle world-shaping challenges.

The benefits extend beyond pure research too. Holtkamp believes AI can dramatically enhance the quality and efficiency of work across the entire laboratory complex. Fermilab aims to serve as an example for how AI can improve operations at all national labs.

These aren't distant dreams but active projects already underway, backed by America's most advanced scientific infrastructure and brightest minds working together toward a common goal.