America’s Quantum Moonshot: Trump Orders Race Toward a Commercially Relevant Quantum Computer by 2028

juin 23, 2026

6:18 pm

New executive orders seek to accelerate quantum computing, strengthen cybersecurity, and position the United States to lead what many believe will be the defining technological competition of the 21st century.

WASHINGTON, D.C. — President Donald Trump has signed two sweeping executive orders aimed at catapulting the United States into the next era of computing, setting an ambitious national target to develop a commercially relevant quantum computer by 2028 while accelerating the country’s transition to quantum-resistant cybersecurity systems.

The directives represent one of the most significant federal interventions in quantum technology since the launch of the National Quantum Initiative in 2018 and underscore a growing consensus in Washington that quantum technologies are no longer merely scientific experiments—they are strategic national assets that will shape economic competitiveness, national security, and geopolitical influence for decades to come.

A New Space Race for the Quantum Era

The executive orders direct federal agencies to work alongside industry and academia to deliver a powerful quantum computer capable of supporting scientific research by 2028, significantly accelerating timelines that many in the private sector had previously anticipated.

The administration’s plan calls for an updated National Quantum Strategy, expanded federal support for quantum computing, sensing, and networking technologies, greater protection of intellectual property and critical supply chains, deployment plans for quantum-enabled sensors and networks, and accelerated adoption of post-quantum cryptography across government systems.

The directives also place particular emphasis on transitioning federal agencies to quantum-resistant encryption standards and expanding America’s quantum workforce and industrial base. Collectively, the orders amount to a whole-of-government strategy designed to ensure the United States remains at the forefront of what many experts describe as the next great technological revolution.

Industry observers increasingly characterize the global competition in quantum technologies as a new technological moonshot—one with potentially even broader implications than the race to the Moon.

Why Quantum Matters

Unlike classical computers, which process information using bits that exist as either zeros or ones, quantum computers use quantum bits—or qubits—that can exist in multiple states simultaneously. This property allows quantum systems to tackle certain classes of problems that are effectively impossible for conventional computers.

Researchers believe sufficiently advanced quantum computers could transform fields ranging from drug discovery and advanced materials to logistics optimization, financial modeling, artificial intelligence, and climate science. Quantum technologies are also expected to revolutionize sensing and navigation, particularly in environments where GPS signals are unavailable or unreliable.

The administration’s orders specifically direct the Pentagon to advance quantum sensing technologies by 2028, including systems capable of improving navigation and detecting underground structures from space.

For supporters of the technology, quantum computing is not simply about building faster computers. It is about unlocking entirely new capabilities that could accelerate scientific discovery and enable breakthroughs in some of humanity’s most complex challenges.

The Cybersecurity Imperative

The executive orders also acknowledge one of quantum computing’s greatest risks: its potential to break much of today’s encryption infrastructure.

The administration has moved up federal timelines for transitioning to post-quantum cryptography, with government agencies expected to accelerate the migration toward quantum-resistant systems by the beginning of the next decade.

Security experts have long warned of a “harvest now, decrypt later” threat, in which adversaries collect encrypted information today in anticipation of future quantum computers capable of unlocking it.

By pairing investments in quantum computing with aggressive cybersecurity measures, the White House is signaling that technological leadership and technological resilience must advance together.

Industry Sees a Watershed Moment

The response from the quantum ecosystem has been overwhelmingly positive, with industry leaders describing the executive orders as a long-awaited signal that quantum technologies have moved from a scientific priority to a strategic national imperative.

U.S. Energy Secretary Chris Wright framed the initiative in historic terms, declaring, “With this Executive Order, and this coordinated effort, we will have scientifically relevant quantum computing during this administration. The impacts of it will be tremendous.”

Industry executives similarly welcomed the administration’s actions, emphasizing that the orders provide long-needed policy certainty and demonstrate a commitment to building a comprehensive national quantum ecosystem encompassing computing, sensing, networking, workforce development, and cybersecurity.

The executive orders arrive amid intensifying global competition. Governments worldwide are investing heavily in quantum technologies, recognizing that leadership in quantum computing could deliver enormous economic advantages and reshape national security dynamics. China, Europe, Canada, Australia, and several Gulf states have all significantly increased their investments in the sector.

For many in the industry, the significance of these executive actions extends beyond funding and timelines. They represent a declaration that quantum technologies are now viewed as critical infrastructure and a cornerstone of economic competitiveness, scientific leadership, and national security in the twenty-first century.

Beyond Technology: A Platform for Global Impact

The significance of quantum technologies extends far beyond economic competition.

Many researchers believe quantum computing could become an indispensable tool for addressing some of humanity’s most pressing challenges, including discovering new medicines, accelerating clean-energy technologies, optimizing supply chains, improving food systems, and enhancing climate modeling capabilities.

If successfully developed and responsibly deployed, commercially relevant quantum computing could become one of the most consequential technologies ever created—an enabling platform capable of advancing scientific discovery and helping societies tackle problems that have long exceeded the limits of conventional computation.

With these executive orders, the United States has made its intentions unmistakably clear: the race for quantum leadership is accelerating, and Washington intends to be at the front of it. In many ways, the administration’s quantum agenda is a declaration that the next great technological race has already begun—and that the winners may help define not only economic and geopolitical power, but humanity’s capacity to solve its most urgent challenges.

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