There is something quietly embarrassing about a nation that owns the most powerful operational rocket ever built and debates, every budget cycle, whether it can afford to fly it. The Space Launch System has cleared the launchpad. Artemis has a destination. And yet the organizational will to bind that hardware to a coherent national purpose, one felt in classrooms and draft boards and engineering schools alike, remains conspicuously absent. That gap is not a funding problem. It is a failure of civic imagination.
What America needs is not another space policy white paper. It needs a doctrine, a genuine one, that treats frontier science as a form of national service, frames the AI race and the energy buildout and the push beyond low Earth orbit as a single civilizational project, and asks young Americans to contribute their most capable years to something larger than their own résumés. The country has done this before, at scales that seemed impossible until they suddenly were not.
The historical record of American mobilization is instructive without being comfortable. Every time this republic faced a frontier that demanded coordinated scientific ambition, it discovered that the ambition preceded the method, not the other way around. The decision to go somewhere or to build something or to compete for technological dominance came first, and the institutions, the training pipelines, the funding architectures, followed. Institutions do not generate audacity. Audacity generates institutions. The men and women who built the postwar American research complex, who wired the national laboratory system, who turned a land-grant university network into the envy of the civilized world, were not administrators who stumbled onto a good idea. They were servants of a prior commitment that their civilization would not retreat from difficulty. That is the tradition worth recovering, and it does not require nostalgia. It requires will.
The present situation is not without its achievements, and a civic optimist should say so plainly. NASA’s Artemis program intends to return humans to the lunar surface and establish a sustained presence there, a genuinely historic ambition. The agency’s budget for fiscal year 2025 was approximately $25 billion, which sounds commanding until one notes that, adjusted for inflation, it represents a fraction of the investment the country made during the original lunar program’s peak years. The National Science Foundation, the Department of Energy’s national laboratories, and DARPA collectively anchor a research enterprise that remains, for now, the world’s most capable. American universities graduate more doctoral engineers than any comparable peer, though China’s output has grown dramatically and the trend lines are uncomfortable. The James Webb Space Telescope is returning science of such quality that astronomers are revising foundational assumptions about the early universe. These are real achievements and deserve acknowledgment without sentimentality.
The enemy is not foreign. The enemy is drift. It is the institutional tendency, well-documented and bipartisan, to treat frontier science as a luxury line item rather than a strategic imperative, to mistake the existence of capable hardware for the existence of national purpose, and to assume that talented young people will find their way into public-spirited scientific careers without any structural invitation to do so. American youth are not unserious. They are un-summoned. The country is producing a generation of genuinely capable people, technically educated, globally aware, and largely without any civic framework that connects their skills to a purpose beyond personal achievement. That is not their failure. It is ours.
The prescriptions are not mysterious, but they require commitment at a scale the country has been reluctant to authorize. First, Congress should establish a National Frontier Service Corps, modeled loosely on the architecture of existing AmeriCorps programs but oriented explicitly toward science, engineering, and space-adjacent fields. Young Americans who complete two years of service in NASA facilities, national laboratories, or approved deep-tech research partnerships should receive full public university tuition, loan forgiveness on existing balances, and priority placement in federal research programs. The talent pipeline for frontier science cannot be left to the accident of individual motivation.
Second, the United States should commit, by statute rather than executive memorandum, to a permanent crewed presence on the lunar surface by 2035 and to a crewed Mars mission by 2045. Statutory commitments survive administrations in ways that policy papers do not. The Apollo program endured not because every subsequent president loved it but because the institutional and contractual infrastructure made retreat more expensive than progress. That same logic should govern the next generation of commitments.
Third, the energy buildout and the AI race must be treated as connected to the space program rather than as separate policy domains. The computational infrastructure required to operate advanced space systems, to run the simulations that make interplanetary navigation possible, and to train the autonomous systems that will eventually precede and accompany human explorers, depends on abundant, reliable power. Nuclear energy, both fission in the near term and fusion as it matures, is the only supply-side answer that scales to the demand the frontier will generate. A country that declines to build that capacity is a country that has chosen to lose the race while pretending it has not entered one.
Fourth, the federal government should restore and substantially expand the graduate fellowship programs that once made American research universities the default destination for the world’s most ambitious scientific minds. The NSF Graduate Research Fellowship Program currently funds roughly 2,000 fellows per year. That number should triple within a decade, with priority funding for fields directly implicated in the frontier: propulsion, materials science, radiation biology, autonomous systems, and energy storage.
A civilization is ultimately judged not by the comfort it maintained but by the distance it traveled. Future generations will not remember which political party managed the debt ceiling debate of 2025 with greater tactical cleverness. They will remember whether this generation, with more capability at its disposal than any in human history, decided the stars were worth the effort. The question is not whether we can afford to go. The question is what kind of people we become if we decide we cannot.