The White House Office of Science and Technology Policy (OSTP) recently released a report titled "Science: A New Golden Age," a document that purports to chart a revitalized course for American scientific endeavor under the Trump administration. However, the report has been met with considerable skepticism and criticism from within the scientific community and policy analysts, who describe it as a contradictory blend of legitimate concerns, political grievances, and thinly veiled justifications for existing administrative policies that have often been detrimental to scientific progress. Far from being a cohesive roadmap for a "golden age," critics argue the report is a near-random mixture of grievances and real problems, lacking the internal coherence and intellectual foundation necessary to guide national science policy effectively.
A New Golden Age: Aspirations Versus Reality
Released on a Tuesday, the 36-page OSTP report positions itself as the spiritual successor to Vannevar Bush’s seminal 1945 policy document, "Science, the Endless Frontier." Bush’s report, commissioned by President Franklin D. Roosevelt in the waning days of World War II, laid the intellectual groundwork for government-funded basic research as a cornerstone of national security, economic prosperity, and public health. It advocated for the establishment of a national research foundation to support investigator-initiated research free from political interference, ultimately leading to the creation of the National Science Foundation (NSF) and significantly shaping the growth of the National Institutes of Health (NIH). Bush’s vision underscored the unpredictable, long-term returns of basic scientific inquiry, arguing that while specific applications could not be foreseen, the aggregate benefits to society were immense and indispensable.
In stark contrast, "Science: A New Golden Age" (SNGA) asserts that while Bush’s core principles remain vital, contemporary circumstances necessitate major revisions to how the U.S. government implements its science policy. The SNGA claims the Trump administration is uniquely positioned to address perceived shortcomings and usher in a new era of scientific flourishing. This assertion immediately raises eyebrows, given the administration’s consistent record of proposing crippling funding cuts to federal research agencies, attempting to empower political appointees to terminate grants awarded on scientific merit, and generally fostering an environment of uncertainty and distrust within the scientific community. For example, budget proposals under the Trump administration frequently sought double-digit percentage cuts for agencies like the NIH, NSF, and the Environmental Protection Agency (EPA), often in the range of 10-20% below congressionally approved levels, totaling billions of dollars in potential reductions. Such proposals, even if ultimately rejected by Congress, created significant instability and diverted valuable time and resources as researchers and institutions lobbied for sustained funding.
Internal Inconsistencies and Lack of Self-Awareness
A central critique of the SNGA is its profound lack of internal coherence and self-awareness regarding the administration’s own actions. The report identifies genuine structural problems within U.S. government-funded science, some of which have been long-standing subjects of discussion within the research community. One such issue is the escalating administrative burden on researchers, who spend an inordinate amount of time writing grant proposals and managing compliance, thereby detracting from actual research. The SNGA vaguely promises to simplify regulations and streamline the grant application process. However, it fails to identify a single specific regulation targeted for reform, leaving its proposed solutions devoid of concrete actionable steps.
Moreover, the report entirely overlooks the fact that the Trump administration itself significantly exacerbated the very problems it purports to solve. The chronic uncertainty regarding funding, largely fueled by aggressive budget cut proposals and the haphazard termination of existing grants, has forced researchers to dedicate even more time to securing financial support. The administration’s attempts to slow the release of congressionally allocated funds further compounded this instability, creating a climate where long-term planning for research projects became exceedingly difficult. This direct contradiction between the report’s stated goals and the administration’s operational policies is a recurring theme.
Another striking example of this disconnect emerges in the SNGA’s discussion of the Human Genome Project. The report laudingly highlights this monumental achievement as a paradigm of successful government-driven science. Yet, it appears oblivious to the fact that the Human Genome Project was a massive international collaboration, with significant portions of human chromosomes sequenced by researchers outside the United States. This celebration of a global scientific triumph rings hollow from an administration that has actively pursued policies aimed at minimizing international collaborations involving federally funded researchers, viewing such partnerships with suspicion and even hostility. Similarly, the report praises the Human Genome Project’s commitment to the immediate and open release of data, labeling it "gold standard science." However, in another section, the SNGA paradoxically decries how making research results universally accessible has enabled other countries to develop industries based on advances originating in the U.S., implying a desire to restrict data sharing for national competitive advantage. This ideological tension between promoting open science and lamenting its global utilization underscores the report’s confused and inconsistent perspective.
The Evolving Landscape of Innovation and the Role of Peer Review
The SNGA dedicates significant attention to the concept of innovation, both within scientific inquiry and in the translation of scientific findings into commercial applications. The report acknowledges concerns within the scientific community that recent decades have seen a trend towards more incremental research, with fewer truly "large advances." While this is a recognized area of debate, with challenges in objectively measuring innovation and the often-delayed impact of foundational research, the SNGA treats it as an uncontroversial, settled issue requiring immediate intervention. It advocates for new funding models to promote "more innovative science" and calls for agencies to evaluate the "innovativeness" of grants, yet it offers no clear methodology for objectively measuring this elusive quality, raising questions about the validity and objectivity of such evaluations.
Perhaps most controversially, the SNGA’s proposed solutions for fostering innovation align with the administration’s broader skepticism towards traditional scientific governance, specifically its call to diminish the importance of peer review. The report frames peer review as a barrier to transformative ideas, stating that "Review panels often gatekeep proposals by consensus, disincentivizing transformative ideas." It suggests new funding mechanisms involving reviews by single individuals, who may or may not possess scientific training. While such an approach might broaden the scope of ideas receiving funding, critics warn it carries a substantial risk of increasing the funding of fringe or unsubstantiated concepts, a concern that the OSTP report appears to disregard. This stance is particularly incongruous given that the administration simultaneously endorses peer review as part of its definition of "gold standard science" elsewhere in the document.
Regarding the commercialization of science, the SNGA criticizes a perceived "linear model" – where government funds basic science, and the market then takes it on a one-way journey to commercialization. It favors a more dynamic "conversation" model, where technological developments feed back into scientific work, creating enhanced opportunities for further commercialization. While instances of this iterative process exist (e.g., the development of real-time RT-PCR tests from basic research to commercial diagnostic kits), the report’s singular focus on this model is seen as equally incomplete. Many foundational scientific discoveries, such as quantum mechanics, took decades to find commercial applications (e.g., lasers, semiconductors). Others, like the detection of gravitational waves, may never have direct commercial utility but profoundly advance fundamental understanding. The original rationale for government funding of basic science stemmed from the recognition that commercial interests, driven by short-term profit motives, cannot predict or support such long-term, unpredictable endeavors. By exclusively championing the "conversation" model, the SNGA offers little guidance for supporting the vast spectrum of basic research that does not fit neatly into immediate science-technology feedback loops.
Re-imagining the Scientific Workforce and the Specter of Political Grievance
The report also ventures into a peculiar critique of the scientific workforce, expressing concern that scientists are "highly trained specialists" detached from practical skills. This perspective aligns with previous Trump administration budget proposals that sought radical cuts to graduate student funding. The SNGA bemoans that "Engineering students study the theory of combustion, but few can disassemble and rebuild a combustion engine," and that "Graduate programs reward theoretical contributions measured in citation counts, but not practical applications measured in jobs and dollars."
As a remedy, the report proposes a grand vision involving the "maker community" – enthusiasts interested in hands-on crafting – to infuse science with practical skills. It suggests "national fellowships for skilled craftspeople," "practitioner-in-residence programs embedding machinists and technicians alongside Ph.D. researchers," and "portable industry-recognized credentials in advanced manufacturing and lab techniques." The stated goal is to "rebuild the link between science and hands-on craft" to ensure economic returns, including jobs and process knowledge, accrue to Americans, citing a romanticized view of Detroit’s manufacturing heyday. Critics question the practical utility of embedding machinists in, for example, developmental biology labs, arguing that while some fields like robotics might benefit, the highly specialized nature of modern scientific research often requires deep theoretical understanding rather than general craft skills.
Beyond these specific proposals, the SNGA frequently descends into political and cultural grievances. It dismisses diversity, equity, and inclusion (DEI) initiatives, despite simultaneously advocating for "all Americans with aptitude" to have access to scientific training – precisely the goal of many DEI programs. It complains that foreign students occupy slots in U.D. PhD programs at the expense of "deserving Americans," ignoring the reality that the administration’s own funding cuts have led many universities to reduce graduate admissions. Furthermore, it overlooks the significant contributions of foreign students, who often stay in the U.S. to bolster scientific and commercial innovation, a fact supported by numerous economic and academic studies. The report also criticizes grant overheads, which are essential funds allowing institutions to cover the indirect costs of federally funded research, such as facility upkeep, utilities, and administrative support. The administration has previously targeted these overheads, which average around 50-60% of direct costs at major research universities, seeing them as wasteful rather than critical for maintaining the research ecosystem.
Perhaps the most audacious claim in the report is its assertion that the administration would "ensure that selection [of grants] rests purely on merit, not the political fashions of the day," coming from an administration that notoriously terminated grants due to political disagreements with their subject matter, notably in areas related to climate change and public health. This claim highlights a profound disingenuousness that permeates the document.
The Silicon Valley Influence and a Visionary, Yet Unrealistic, AI Future
The report also bears the unmistakable imprint of OSTP Director Michael Kratsios’s background as a venture capitalist, particularly his prior association with Peter Thiel. Venture capital is presented as a rigorous, distinct funding source, potentially superior because companies based on faulty science will fail. This perspective, however, overlooks the high failure rate of venture-backed companies themselves – a track record that would be deemed unacceptable if applied to government-funded projects.
This venture capital ethos heavily influences the report’s approach to Artificial Intelligence (AI), which largely buys into the most ambitious hype surrounding the technology. The SNGA envisions a future scientific economy that borders on science fiction: a "continuous, market-mediated, agent-based scientific economy." It describes a scenario where funders post "bounties" for scientific discoveries, and AI agents, noticing promising leads, post smaller bounties for replication. These agents then bid for work, contract "autonomous laboratories accessible through the internet," which run experiments and return "cryptographically signed results." While potentially inspiring to some, critics argue this vision is highly speculative, overlooks the complex human elements of scientific discovery, peer review, and ethical oversight, and may fundamentally misinterpret the current state and realistic trajectory of AI in scientific research. It also implies a commodification of discovery that might favor short-term, bounty-driven outcomes over foundational, long-term research.
Broader Implications and a Disputed Legacy
"Science, the Endless Frontier" was a serious, foundational document aimed at convincing policymakers that sustained federal investment in basic science was vital for the national interest, regardless of immediate commercial or security applications. Its audience was clear, and its impact was profound, shaping U.S. science policy for decades. In contrast, "Science: A New Golden Age" appears to be a grab bag of political grievances, poorly articulated justifications for pre-existing administrative actions, and a thinly veiled critique of the existing scientific establishment.
The report’s intended audience remains ambiguous. It cannot be current administration policymakers, as it largely validates their existing (and often criticized) decisions. It certainly cannot be the broader scientific community, which is directly impacted by the very policies the report seeks to rationalize. The document offers a myriad of specific suggestions – new funding mechanisms, reduced emphasis on peer review, integrating craftspeople, increased industry involvement, and fervent support for AI – but these suggestions fail to coalesce into a coherent, actionable strategy.
Kratsios, in a statement accompanying the report, expressed the hope that "A decade from now, American researchers should look back at our work and say: ‘The vital questions I could not pursue then, I am free to pursue now.’" However, given the report’s inconsistencies, its dismissal of fundamental scientific principles and administrative realities, and its apparent disconnect from the actual experiences of researchers, many within the scientific community see little reason to expect such a future. Instead, "Science: A New Golden Age" is likely to be remembered as a contentious policy document that failed to provide a credible or unifying vision for American science, further highlighting the deep chasm between the administration’s rhetoric and the realities of scientific endeavor. Its immediate impact is more likely to be a further erosion of trust and increased debate rather than a genuine transformation towards a "golden age" of scientific discovery.
