Proposed cuts to the federal agencies that fund scientific research could undercut America’s global competitiveness, with negative impacts on the economy and the ability to attract and train the next generation of researchers.
I’m an astronomer, and I have been a senior administrator at the University of Arizona’s College of Science. Because of these roles, I’m invested in the future of scientific research in the United States. I’m worried funding cuts could mean a decline in the amount and quality of research published – and that some potential discoveries won’t get made.
The endless frontier
A substantial part of U.S. prosperity after World War II was due to the country’s investment in science and technology.
In this report, Bush argued that scientific research was essential to the country’s economic well-being and security. His advocacy led to the founding of the National Science Foundation and science policy as we know it today. He argued that a centralized approach to science funding would efficiently distribute resources to scientists doing research at universities.
The National Science Foundation awards funding to many research projects and early career scientists. Pictured are astronomers from the LIGO collaboration, which won a Nobel Prize.AP Photo/Andrew Harnik
Since 1945, advances in science and technology have driven 85% of American economic growth. Science and innovation are the engines of prosperity, where research generates new technologies, innovations and solutions that improve the quality of life and drive economic development.
This causal relationship, where scientific research leads to innovations and inventions that promote economic growth, is true around the world.
The importance of basic research
Investment in research and development has tripled since 1990, but that growth has been funded by the business sector for applied research, while federal investment in basic research has stagnated. The distinction matters, because basic research, which is purely exploratory research, has enormous downstream benefits.
Quantum computing is a prime example. Quantum computing originated 40 years ago, based on the fundamental physics of quantum mechanics. It has matured only in the past few years to the point where quantum computers can solve some problems faster than classical computers.
Basic research into quantum physics has allowed quantum computing to develop and advance.AP Photo/Ross D. Franklin
Worldwide, basic research pays for itself and has more impact on economic growth than applied research. This is because basic research expands the shared knowledge base that innovators can draw on.
For example, a biotech advocacy firm calculated that every dollar of funding to the National Institutes of Health generates US$2.46 in economic activity, which is why a recent cut of $9 billion to its funding is so disturbing.
The American public also values science. In an era of declining trust in public institutions, more than 3 in 4 Americans say research investment is creating employment opportunities, and a similar percentage are confident that scientists act in the public’s best interests.
Science superpower slipping
By some metrics, American science is preeminent. Researchers working in America have won over 40% of the science Nobel Prizes – three times more than people from any other country. American research universities are magnets for scientific talent, and the United States spends more on research and development than any other country.
But there is intense competition to be a science superpower, and several metrics suggest the United States is slipping. Research and development spending as a percentage of GDP has fallen from a high of 1.9% in 1964 to 0.7% in 2021. Worldwide, the United States ranked 12th for this metric in 2021, behind South Korea and European countries.
Metrics for research quality tell a similar story. In 2020, China overtook the United States in having the largest share of the top 1% most-cited papers.
China also leads the world in the number of patents, and it has been outspending the U.S. on research in the past few decades. Switzerland and Sweden eclipse the United States in terms of science and technology innovation. This definition of innovation goes beyond research in labs and the number of scientific papers published to include improvements to outcomes in the form of new goods or new services.
Among American educators and workers in technical fields, 3 in 4 think the United States has already lost the competition for global leadership.
Threats to science funding
Against this backdrop, threats made in the beginning of President Donald Trump’s second term to science funding are ominous.
Trump’s first wave of executive orders caused chaos at science agencies as they struggled to interpret the directives. Much of the anxiety involved excising language and programs relating to diversity, equity and inclusion, or DEI.
The new administration has proposed deeper cuts. The National Science Foundation has been told to prepare for the loss of half of its staff and two-thirds of its funding. Other federal science agencies are facing similar threats of layoffs and funding cuts.
The impact
Congress already failed to deliver on its 2022 commitment to increase research funding, and federal funding for science agencies is at a 25-year low.
As the president’s proposals reach Congress for approval or negotiation, they will test the traditionally bipartisan support science has held. If Congress cuts budgets further, I believe the impact on job creation, the training of young scientists and the health of the economy will be substantial.
Deep cuts to agencies that account for a small fraction – just over 1% – of federal spending will not put a dent in the soaring budget deficit, but they could irreparably harm one of the nation’s most valuable enterprises.
Chris Impey has received funding from NASA, the National Science Foundation, and the Howard Hughes Medical Institute.
This article is republished from The Conversation under a Creative Commons license.
