WHY WAS THIS FUNDED?

The Department of Energy (DOE) is legally responsible for funding and overseeing national laboratories that conduct scientific research on behalf of the American public. The DOE regularly awards management and operating contracts to private organizations to run these labs on the government's behalf.

WHAT PUBLIC PROBLEM IS IT TRYING TO SOLVE?

The United States needs dedicated research facilities to advance our understanding of particle physics, the building blocks of matter and the universe. FNAL conducts experiments that no private company would fund on its own, but which can produce long-term scientific and technological benefits for the country.

WHO BENEFITS?

Scientists, researchers, and students from across the U.S. and around the world benefit by having access to one of the country's top physics research facilities. Workers employed at FNAL and businesses in the surrounding Illinois communities also benefit from the economic activity the lab generates.

WHAT ARE THE RISKS?

Because this is a large, long-term management contract worth $2.4 billion, there is a risk that costs could grow beyond estimates or that the lab's research priorities may shift without strong oversight. The contract type is listed as unknown, which makes it harder to assess how cost controls and performance accountability are structured.

WHAT HAPPENS IF FUNDING IS REMOVED?

If this contract were cancelled, FNAL would likely be forced to shut down or drastically reduce operations, ending ongoing physics experiments and laying off the scientists and staff who work there. The U.S. would lose a world-class research facility that supports American leadership in particle physics.

ARGUMENTS FOR

• •FNAL is one of the leading particle physics laboratories in the world, and this funding helps keep the U.S. competitive in cutting-edge scientific research.
• •Research at FNAL has historically led to advances in technology, medicine, and computing that benefit everyday Americans beyond just pure science.
• •National laboratories like FNAL train the next generation of scientists and engineers, supporting long-term American innovation and workforce development.

ARGUMENTS AGAINST

• •At $2.4 billion over five years, this is a very large government commitment to a single facility, and some may question whether this level of spending on basic physics research is the best use of limited federal funds.
• •The contract type is listed as unknown, raising questions about how taxpayer money is being protected through performance standards and cost controls.
• •Critics may argue that private companies or universities could conduct similar research at lower cost, reducing the need for such a large government-managed contract.