The U.S. Space Academy is the latest expression of an American project that began with Kennedy - and a sign that the conditions may be right for another great push into the unknown.

The Space Age never truly ended. Its rockets became less visible, its accomplishments more routine and its technologies so thoroughly integrated into ordinary life that we stopped noticing them. Satellites guide our cars, forecast hurricanes, transmit communications and synchronize financial networks.

Yet something of the wonder that surrounded the original race to the Moon faded after Apollo.

It may now be returning.

President Donald Trump’s proposed United States Space Academy should be understood as part of this larger reawakening. Trump did not invent the idea of educating a national space workforce. George W. Bush’s 2004 Aldridge Commission proposed a university-based “virtual space academy,” while subsequent administrations expanded NASA education, commercial partnerships and military space training.

Nor did the Space Force emerge from nowhere when Trump signed it into existence in 2019. The military had operated satellites and maintained specialized space organizations for decades. But Trump gave those activities a separate institutional identity, much as the creation of the Air Force recognized that aviation had become too consequential to remain merely a supporting function.

The Space Academy would carry that recognition into education. Its proposed mission encompasses Space Force officers, NASA scientists, engineers, astronauts, operators and civilian leaders. In that respect, it is a natural outgrowth of the project John F. Kennedy began in 1961.

Kennedy’s decision to reach the Moon was not simply a scientific adventure. The Soviet Union had launched the first satellite and put the first human into orbit. Kennedy sought an objective sufficiently difficult and distant that America could marshal its strengths and overtake the Soviets. NASA’s history describes Apollo as a contest for recognition as the world leader in science and technology — and, by extension, in other fields.

Apollo succeeded because it used the newest science of its time while forcing scientists and industries to advance it further. The program accelerated the development and manufacture of integrated circuits, miniaturized computers, precision guidance, advanced materials, telecommunications, medical monitoring and environmental-control systems. Its demands spread through universities, laboratories, factories and thousands of contractors.

The benefits did not remain on the Moon. Space research contributed to improvements in weather forecasting, satellite communications, digital imaging, water purification, insulation, sensors and medical equipment. Equally important, Apollo taught American industry how to manage extraordinarily complicated projects involving countless components and institutions.

The new space race could produce a similar wave of discoveries.

Reusable rockets have already overturned old assumptions about launch costs and frequency. SpaceX’s success grew from entrepreneurial risk-taking combined with decades of government investment and NASA partnerships. NASA selected SpaceX in 2006 to develop the Falcon 9 and Dragon under its commercial transportation program. By 2012, the company had restored an American cargo-delivery capability after the retirement of the space shuttle.

That partnership suggests a distinctly American model for the next Space Age: government establishes demanding national goals, universities extend human knowledge and competing companies discover faster and less expensive ways to achieve them.

Artificial intelligence, robotics, additive manufacturing, advanced propulsion, compact nuclear power, biotechnology and autonomous spacecraft could now converge as computing and rocketry did during Apollo. The inventions necessary to sustain human beings on the Moon or send them toward Mars may eventually transform energy, medicine, manufacturing and transportation on Earth. We cannot know where the breakthroughs will lead — that is precisely the point of exploration.

Strategic competition has also returned. China intends to land astronauts on the Moon by 2030 and is integrating its robotic and crewed missions into a larger lunar program. Beijing would present success as evidence that centralized Communist Party rule can outperform the disorderly American combination of democracy and markets.

The comparison is imperfect: modern China uses markets and profit-seeking companies within an authoritarian party-state. Nevertheless, the ideological dimension is real. America is again being challenged to demonstrate that free inquiry, competitive enterprise and democratic institutions can prevail over centralized direction.

Unlike war, however, a space race need not require mass destruction to stimulate innovation. Competition can be intense while its principal weapons are laboratories, rockets, telescopes and human ingenuity. Even rival nations can share scientific findings, coordinate rescues and establish rules intended to prevent conflict beyond Earth.

Space exploration can also offer something increasingly rare at home: a national undertaking whose rewards do not have to belong to one party, region or generation. Americans may disagree about the costs, methods and destinations, but discovery itself reaches beyond the political quarrels of the moment. The Artemis program and the commercial-space revolution already span presidential administrations, private companies and international partnerships.

Trump’s Space Force and proposed Space Academy are new chapters in that much older undertaking. Their ultimate value will depend on execution, congressional support and whether they produce capabilities that existing institutions cannot. But the animating idea is worthy: America should prepare a generation capable of exploring, understanding and protecting a domain that will become increasingly important.

Kennedy asked the country to do something difficult before it knew exactly what discoveries would result. That uncertainty was not an argument against going. It was part of the reason to go.

The first Space Age took humanity to the Moon and changed life on Earth. The next may carry us beyond the limits of our present knowledge — and remind us that civilization still has frontiers large enough to summon our common courage.

(Contributing writer, Brooke Bell)