Dismantling the Endless Frontier Vision
In a recent post, I argued that scientific institutions exist to protect the conditions under which basic research can persist across generations, not to remain neutral while their members are harmed. That argument raises a harder question: who, today, is actually defending those conditions in public? That question sits within a longer American design. In 1945, Science, the Endless Frontier by Vannevar Bush articulated a vision that shaped the twentieth-century US research enterprise. It emerged directly from the experience of World War II and from the recognition that scientific capacity would be decisive in the competition that followed with the Soviet Union. The federal government would fund basic research without demanding immediate utility, universities would steward long time horizons and uncertainty, and industry would translate discovery into application and growth. That vision built the modern research university, the national laboratory system, and a scientific workforce unmatched in scale and impact. In many respects, it helped win the Cold War by sustaining scientific superiority across decades rather than election cycles.
What is striking today is how casually that vision is being revisited, as if external competition no longer exists. Yet the strategic environment has not softened. China has made large, coordinated investments in basic and applied research at national scale, treating science as a long-term instrument of state power. Total Chinese research and development spending now approaches that of the United States, and in government-directed research China already exceeds US levels. Publication output, doctoral production, and large-scale research infrastructure have expanded rapidly, reflecting an explicit commitment to long-horizon scientific capacity. The United States, by contrast, increasingly relies on private industry to drive research growth, even though industry investment concentrates on applied work with far shorter time horizons than basic research can sustain.
As federal leadership has weakened, publications and universities have begun to shoulder pressures they were never designed to absorb alone. Journal op-eds and policy updates now function primarily as early warning signals, documenting erosion of research capacity, workforce instability, and weakening long-term funding commitments. Universities, meanwhile, experience the consequences directly: labs closing, departments shrinking, early-career scientists exiting, and institutional risk tolerance declining. In effect, scientists are absorbing these pressures locally, despite belonging to a professional community large enough to exert national influence if it were effectively represented.
The role of the American Association for the Advancement of Science warrants closer scrutiny. AAAS is not a neutral observer of science policy. It is a membership organization that represents scientists, is headquartered in Washington DC, and publishes Science, the most prominent scientific journal in the country. Its members are the people losing grants, laboratories, and careers. Yet over the past year, AAAS leadership has not made sustained use of major mass-public opinion forums such as national newspapers to contest policies reshaping the research landscape. In such circumstances, restraint is not neutrality, it is non-representation. While advisory bodies such as the National Academies have issued warnings and journals have sounded alarms, the institution created to represent scientists has not mounted a visible, public defense commensurate with the scale of disruption underway.
The limits of this arrangement are visible in the role Science itself has played over the past year. The journal has published careful policy analysis and opinion pieces detailing funding instability, workforce losses, and mounting strain on research universities. That work establishes awareness within the scientific community. But editorial visibility is not the same as public representation. Science is a leading scientific journal, not a mass public forum. Its influence circulates primarily among scientists and policymakers already engaged, not the average American reader. Editorial analysis records damage after it occurs; it does not exert the organized pressure required to prevent it.
The resulting inversion is unsustainable. Publications can warn, but they cannot fund laboratories. Universities can stretch, but they cannot replace national commitment. When an association with AAAS’s resources and standing does not contest the dismantling of the postwar research settlement, it tacitly accepts a future in which basic research is episodic, contingent, and politically negotiable. That is not what the Endless Frontier envisioned, and it is not what built American scientific leadership.
Vannevar Bush came to Science, the Endless Frontier not from fear of failure, but from experience with success. During World War II, as head of the Office of Scientific Research and Development, he oversaw an unprecedented mobilization of scientists, engineers, and universities, from radar to medical advances to the Manhattan Project. He saw that when government provided continuous support for basic research, accepted delayed returns, and allowed scientific work to proceed free from immediate practical demands, the results delivered enduring benefits to American society and to the broader Western world. Today we are revisiting Bush’s vision for scientific progress, one that depends on continuous support, long time horizons, and institutions willing to advocate for sustaining basic research across generations. When those conditions are weakened, the United States moves toward a science policy that is largely untested and carries significant long-term risk.
Further Reading
Science, The Endless Frontier -->
NSB Science and Engineering Indicators -->
Vannevar Bush (center) with colleagues working on the product integraph at the Massachusetts Institute of Technology, November 1927. Photograph by George H. Davis, Jr., published in Technology Review. Public domain. Source: MIT Museum.