Every year, Michiganders send billions of dollars in hard-earned tax revenue to Washington, D.C.

For too long, too much of that investment has flowed to other states. Not because Michigan lacks talent or ideas, but because federal research funding is competitive. States that win those investments don’t just fund science; they build industries, attract talent and create long-term economic growth.

Michigan has a way to compete. And when it uses it, the results are clear.

Across the state, Michigan State University, Michigan Technological University, the University of Michigan, and Wayne State University are bringing federal research dollars home and turning them into something tangible: jobs, companies, better health outcomes and stronger communities.

Together, these institutions generated a $51.4 billion economic footprint in 2024, accounting for 7.1% of Michigan’s total GDP. Nearly $35.8 billion of that activity would not exist without them.

What drives that impact is research.

In 2024 alone, Michigan’s research universities secured $1.85 billion in federal research funding, representing 95% of all federally funded academic R&D in the state. That investment generated an estimated $8.3 billion in economic impact, supporting high-paying jobs, fueling innovation and strengthening industries across Michigan.

A proven model

Look no further than the Facility for Rare Isotope Beams (FRIB) at MSU. You don’t need to know what a rare isotope is to benefit from its work. If you or a loved one has had a PET scan, or if your smartphone works at 30,000 feet, you’ve already seen the payoff.

Nearly 20 years ago, FRIB was a bold idea. When the federal government sought a site for this $730 million nuclear physics facility, MSU was the underdog.

MSU proved the skeptics wrong. After a rigorous competition, the U.S. Department of Energy Office of Science (DOE-SC) awarded FRIB to MSU in 2008. Today, it supports a user community of more than 1,800 scientists. Since 2011, FRIB has invested over $1.7 billion in Michigan businesses and labor, and positions global talent in East Lansing.

In Detroit, Wayne State University and the Barbara Ann Karmanos Cancer Institute demonstrate how research investment improves lives while building the economy. As Detroit’s only National Cancer Institute-Designated Comprehensive Cancer Center, Karmanos brings federal research funding into the state to support breakthrough treatments, expand access to clinical trials and grow Detroit’s life sciences sector.

And in the Upper Peninsula, Michigan Technological University’s Keweenaw Research Center shows how that same model works in rural communities. Through partnerships with the U.S. Department of Defense and industry, Michigan Tech is developing advanced vehicle systems that support national security while sustaining high-wage engineering jobs in the U.P.

These are very different institutions, solving very different problems. But the model is the same:

Michigan competes. Michigan wins. Michigan research universities deliver.

What it looks like in practice

The results of that model show up in ways people can see and feel:

  • A cancer patient in Detroit accessing a clinical trial that could save their life
  • A small business supplying materials to a major research facility
  • An engineer in Houghton building a career in the part of Michigan they love most
  • A new technology developed in Michigan shaping industries worldwide

 

This is what it means to translate research into results.

Federal funding doesn’t sit on a balance sheet. It moves through communities, supporting workers, attracting investment and creating opportunity.

The next frontier

Michigan’s success is not just about what we’ve already built. It’s about what comes next.

At the University of Michigan, a new partnership with Los Alamos National Laboratory points to the next generation of opportunity. Together, they are working to develop a Michigan-based center for advanced computing and artificial intelligence, an effort that would expand the state’s role in one of the fastest-growing and most strategically important fields in the world.

The planned facility would bring together federal research, academic expertise and workforce development in a single hub, supporting work in areas like:

  • Artificial intelligence and advanced modeling for national security and energy systems
  • Materials science and advanced manufacturing, critical to supply chains and emerging industries
  • Complex problem-solving using high-performance computing, from clean energy to infrastructure resilience

 

Researchers at the University of Michigan are already using AI to tackle challenges such as reducing drug failures through advanced modeling of human biology and optimizing energy use in AI systems — work that has implications for healthcare costs, energy efficiency and economic competitiveness.

A new computing center would accelerate that work, while creating high-quality jobs, expanding training opportunities and strengthening Michigan’s position in the national and global innovation economy.

In other words, it would follow the same proven path as FRIB: bringing federal investment to Michigan and turning it into long-term economic and societal value.

The bottom line

Michigan taxpayers are already investing in the federal research system.

The opportunity is to bring more of those dollars home and to use them in ways that create jobs, strengthen industries and improve lives.

We don’t need to invent a new strategy. We already have one that works:

  • Compete nationally
  • Win federal investment
  • Put it to work in Michigan communities

 

And when Michigan leans into that equation, the payoff isn’t theoretical.

It’s measurable — in jobs, in growth and in the future we’re building right here at home.

Discover how Michigan’s research universities are solving real problems across the state: