Arguing that the pace of discovery in the United States has greatly slowed in recent decades, a new White House report calls for dramatic changes in how the federal government supports science. It would reduce funding to the nation’s leading universities, replace investigator-inspired research with much larger awards for teams working on a series of grand challenges, emphasize the physical sciences at the expense of other disciplines, and seek alternatives to peer review for choosing the best ideas to study.
The report, released last night, asserts that those changes are a necessary correction to “an increasingly calcified system.” Critics, however, decry them as a wrong-headed plan that would compound the damage already wreaked by President Donald Trump’s administration.
“We have become dependent on a narrow set of legacy institutions [and] our incentive structures reward conformity over bold inquiry,” writes Michael Kratsios, Trump’s science adviser and director of the White House Office of Science and Technology Policy, in a 90-page report that promises a “new golden age” of science if its recommendations are carried out. The report, which Trump requested in April 2025 from the former business executive, is accompanied by a 20-page memorandum on the administration’s research priorities that anticipates the president’s next budget request to Congress.
Kratsios discussed the report when he testified today on Trump’s current budget request for research during an appearance before the science committee of the House of Representatives. And Republicans unanimously applauded its vision.
“Today’s hearing is about priorities,” said the committee’s chair, Representative Brian Babin (R–TX). “After years in which Washington too often measured success by dollars obligated rather than by results achieved, this administration has begun to refocus the federal research enterprise on excellence, accountability, and outcomes.”
Democrats, however, complained that the report and the accompanying list of priorities would weaken scientific institutions and starve traditional basic research areas by narrowing the number of disciplines receiving federal support and spending more to commercialize technologies involving artificial intelligence, quantum information science, fusion, space, semiconductors, and robotics. They said it would worsen the damage the administration has done to research in the past 18 months by terminating grants, firing scientists, applying political criteria to grant decisions, and proposing deep cuts to agency budgets.
“The topic of this hearing is Unleashing the Golden Age of Science,” said the top Democrat on the panel, Representative Zoe Lofgren (CA). “That title is stunningly ironic, as this administration is systematically destroying U.S. science, while our allies and adversaries alike look on astonished.”
The initial response from a handful of policy experts was more measured but often negative. “The administration’s vision is all motherhood and apple pie—who could be against ‘discovery science?’” says Keivan Stassun, an astrophysicist at Vanderbilt University and member of the oversight body for the National Science Foundation (NSF) before Trump fired its 22 members this spring. “But under the hood it’s really a vision for faster technology development and commercialization while underinvesting in the fundamental research, expert peer review, and scientific workforce that make those advances possible. You don’t get more apple pie by cutting down the apple trees.”
Neal Lane, who was former President Bill Clinton’s science adviser after leading NSF in the 1990s, calls the report “disappointing” and says the “wrong-headed policies” already implemented by the Trump administration make the report “a missed opportunity” for genuine reforms.
The Golden Age report is intended as an update to Endless Frontier, a 1945 report by Vannevar Bush, science adviser to then-President Franklin D. Roosevelt. The latter laid the foundation for more than a half-century of U.S. preeminence in science through the federal government’s support of basic research. But Kratsios and Trump’s vision would abandon one of the key legacies of that earlier report: the central role of U.S. universities. Instead, Kratsios writes, science funding should “prioritize individual scientists over legacy institutions. … Too much of our research enterprise has come to serve itself rather than the scientists in it.”
The new report’s recommendations fold in many of the executive orders, administration directives, and agency actions already being carried out. It also offers up several untested ideas for spurring innovation, including one championed by progressive groups. Known as “regranting,” it would allow federal grant recipients to redistribute some or all of the money to individuals or organizations who may have even more novel approaches but lack the infrastructure and savvy to obtain the original grant.
But several Democrats on the committee felt that a pivoting away from universities doesn’t make sense. “You can’t ignore the universities where scientists work,” says Representative April McClain Delaney (D–MD). “They couldn’t do their jobs without the infrastructure available to them on campus.” She says the report ignores the fact that universities play a vital role in the nation’s research ecosystem and is trying to change too much, too quickly, before getting input from all sectors.
Delaney is also worried about the potential negative impact of implementing the report’s recommendation for research agencies to “support a broader range of performers, including a new generation of mission-driven research organizations, to expand our scientific horizons.” She fears that approach could result in allocating federal research dollars based on a grantee’s connections to the administration rather than on the quality of the science. And other Democrats noted that a controversial proposed change by the White House budget office in how the government manages trillions of dollars in federal spending would codify such political intervention.
Lane also sees a larger downside to adopting Kratsios’s vision. “I anticipate the report will be used as the rationale for making further cuts in the budgets and staffing of federal research agencies while limiting their authority and accountability to the American people,” he says.
Facts Only
* A White House report calls for dramatic changes in federal government support for science due to slowed discovery pace in the United States.
* Proposed changes include reducing funding to leading universities.
* The proposal suggests replacing investigator-inspired research with larger awards for team challenges.
* It recommends emphasizing physical sciences at the expense of other disciplines.
* It calls for seeking alternatives to peer review for choosing research ideas.
* Michael Kratsios, Trump’s science adviser, wrote the report.
* The report is accompanied by a memorandum on research priorities anticipated in the next budget request.
* Republicans applauded the vision presented in the report during a House hearing.
* Democrats argued the plan would weaken institutions and starve basic research areas.
* Some experts suggested the vision prioritizes technology development over fundamental research.
Executive Summary
A new White House report advocates for significant changes to how the federal government supports science, arguing that the pace of discovery in the United States has slowed. The proposed changes include reducing funding to leading universities, shifting research incentives from investigator-inspired projects to larger awards for team challenges, emphasizing physical sciences over other disciplines, and exploring alternatives to peer review for selecting research ideas.
The report was put forward by Michael Kratsios, Trump’s science adviser, and is supported by a memorandum detailing research priorities anticipated in the next budget request. This vision is applauded by Republicans who view it as a refocusing of federal research on excellence and accountability. Conversely, Democrats argue that these changes would weaken scientific institutions, starve traditional basic research, and disproportionately favor commercialization in areas like AI, quantum science, fusion, space, semiconductors, and robotics. They contend these actions will compound damage from recent administration policies, including grant terminations and budget cuts targeting research.
Policy experts offered mixed reactions. Some viewed the proposal as prioritizing faster technology development and commercialization over fundamental research and expert peer review, suggesting that cutting down foundational research limits future advancements. Others expressed concern that shifting focus away from universities ignores their essential infrastructure role in the research ecosystem and fears that new funding structures could introduce political criteria into grant allocation based on personal connections rather than scientific merit.
Full Take
The narrative presents a sharp tension between a vision centered on accelerated technological outcomes and a defense of traditional, institutionally-based scientific infrastructure. The core conflict lies in balancing the mandate for rapid innovation against the established system designed to foster foundational, long-term discovery. The proposal seeks to redirect resources by emphasizing team challenges and physical sciences, suggesting a shift away from an individualistic, peer-reviewed model toward centralized, outcome-oriented structures.
A key pattern emerging is the friction between executive priorities focused on measurable results (dollars obligated) versus the academic concern over institutional stability and decentralized expertise. The resistance encountered from Democrats suggests that any restructuring of federal science funding based on these priorities risks embedding political influence into scientific governance, potentially substituting established meritocratic processes with political criteria for determining research success.
The underlying assumption driving this debate appears to be whether scientific progress is best served by fostering a supportive ecosystem (universities and peer review) or by imposing directed priorities to achieve specific technological endpoints. The concern raised by analysts regarding the potential for institutional undermining, rather than pure acceleration, highlights a systemic risk: that restructuring aimed at efficiency might inadvertently dismantle the necessary cultural and structural supports required for sustained, high-quality fundamental research. What is being tested here is the long-term viability of prioritizing immediate, large-scale applications over the slower, more deliberate cultivation of scientific knowledge.
Bridge Questions: If the goal is to accelerate technological development while maintaining fundamental science, how can mechanisms be designed that ensure increased funding for team challenges does not inadvertently marginalize specialized, foundational disciplines? What structural safeguards are necessary to ensure that the pursuit of specific outcomes does not lead to the systemic devaluation of expert peer review and institutional infrastructure? What evidence exists showing whether shifting emphasis from basic research toward applied, large-scale science actually yields more robust long-term discovery than the current model?
Sentinel — Human
The text functions as a standard, albeit politically charged, journalistic analysis synthesizing competing arguments surrounding a proposed shift in US federal science policy.
