Key Takeaways
- President Trump signed an executive order titled “Ushering in the Next Frontier of Quantum Innovation” that creates a unified federal strategy for quantum technology, linking research, national security, and commercialization.
- The order launches a federally backed quantum computer program (QC‑ADDS), a national performance‑benchmarking center, and expands counterintelligence and workforce‑development initiatives.
- It mandates coordinated plans for quantum sensing, networking, and supply‑chain resilience, with specific timelines for agencies to deliver reports and action plans.
- Strengthened security measures include expanding the Quantum Information Science and Technology Counterintelligence Protection Team and developing a government‑wide recruitment and retention strategy for quantum talent.
- International engagement is emphasized, directing the State and Commerce departments to align alliances, export controls, and market access efforts to protect U.S. quantum advantages.
Overview of the Executive Order
The executive order directs the federal government to accelerate quantum technology development while tightening protections against foreign espionage. It treats quantum information science and technology as a strategic industry that could reshape computing, sensing, communications, and encryption. By integrating quantum computing, sensing, networking, supply chains, and international coordination into a single policy framework, the order ties technological advancement to both economic growth and national‑security priorities. The assistant to the president for science and technology has 180 days to update the National Quantum Strategy, after which agencies have 30 days to align their programs accordingly.
Federal Quantum Computer Initiative (QC‑ADDS)
A cornerstone of the order is the creation of the Quantum Computer for Application Development and Discovery Science (QC‑ADDS). This effort aims to develop a quantum computer large enough to enable scientific discovery beyond classical capabilities. The Department of Energy must, within 90 days, identify the technical specifications needed for a QC‑ADDS system to tackle economically significant applications. Within 180 days, Energy will explore private‑sector partnership models to assess cost, scope, and timeline for delivering at least one such machine to a DOE facility, where it could be made available to the broader scientific community. The Commerce Department is tasked with devising a plan that may include advance market commitments to incentivize commercial quantum companies to contribute to the effort.
Benchmarking Quantum Performance
Recognizing the difficulty of comparing quantum machines, the order establishes a national center within 180 days to develop performance‑assessment tools. The Energy Department, in consultation with the War and Commerce departments, will create this center to move beyond simple qubit counts and incorporate error rates, control fidelity, software efficiency, and coherence times into meaningful benchmarks. Improved inter‑agency information sharing will help officials gauge which commercial systems are ready for scientific, industrial, or national‑security use. Additionally, the director of national intelligence and the secretary of War must analyze the national‑security implications of increasingly powerful commercial quantum computers, especially regarding the migration to post‑quantum cryptography and the “harvest now, decrypt later” threat.
Quantum Sensing and Networking Plans
The order extends the federal push beyond computing to sensing and networking. The secretary of War has 60 days to identify at least three next‑generation quantum sensor projects to prioritize, with a goal of fielding them by September 30, 2028. Quantum sensors—capable of measuring minute changes in time, gravity, magnetic fields, or radio signals—could enhance navigation, surveillance, imaging, and defense missions. Five‑year plans are required for quantum sensing and networking: Commerce will focus on commercial readiness, sensor manufacturing, and quantum‑enhanced timing; Energy will plan for using quantum sensing and imaging to study complex systems and for quantum networking to support distributed quantum computing; the National Science Foundation (NSF) will concentrate on basic research and manufacturing science; and NASA will develop civilian quantum sensing and networking applications for space. Quantum networks aim to link quantum devices or transmit information with improved security or distributed‑computing capabilities.
Strengthening Quantum Supply Chains
To prevent bottlenecks, the order directs Commerce, Energy, and other agencies to devise a plan to strengthen quantum supply chains. This includes assessing risks, encouraging private‑sector adoption of standards, and supporting research that removes manufacturing barriers. Within 120 days, the War, Commerce, Energy departments, and NSF must develop a plan to stimulate domestic work on quantum‑enabling component technologies—such as lasers, cryogenics, vacuum equipment, control electronics, photonics, microwave systems, advanced materials, and precision‑manufacturing tools—potentially using prize challenges or advance market commitments. Within 180 days, the War Department must expand domestic access to department‑sponsored quantum foundry resources and improve access to critical supply chains, while NSF will issue grants for QIST user facilities through the National Quantum and Nanotechnology Infrastructure program.
Counterintelligence and Security Measures
The order formalizes a stronger security posture around quantum research. It directs the assistant to the president for science and technology and the assistant to the president for national security affairs to coordinate agency‑level security controls that protect critical information without unduly hindering innovation. The FBI director, working with State, War, Commerce, Energy, Homeland Security, the intelligence community, and the NSA, must propose staffing requirements to expand the Quantum Information Science and Technology Counterintelligence Protection Team. This team will safeguard against adversarial threats—including hacking, insider recruitment, talent programs, supplier access, investment channels, and university partnerships—while coordinating public messaging, outreach, and threat‑sharing with federal, industry, and academic quantum groups.
Workforce Development and Retention
Addressing the talent gap, the order calls for a government‑wide quantum recruitment and retention strategy within 90 days. The Office of Personnel Management will develop this plan with science, budget, defense, commerce, energy, intelligence, and NSF officials, potentially incorporating special pay rates and heightened incentives. The Labor Department must prioritize quantum‑related industry needs in workforce training and apprenticeships, and Labor alongside NSF will create a system to track quantum labor statistics, defining quantum‑relevant occupations and required skills. Within 180 days, NSF must establish a network of National QIST Workforce Development Institutes to expand training and coordinate efforts across federal, state, and local agencies, ensuring a steady pipeline of physicists, engineers, materials scientists, software developers, technicians, and manufacturing specialists.
International Engagement and Trade Policy
Finally, the order embeds quantum technology into U.S. foreign policy. The State and Commerce departments must align international engagement to help U.S. quantum firms access strategic markets and capital from like‑minded nations, maintain trusted supply chains, and prevent countries of concern from acquiring critical quantum‑enabling technologies. This includes coordinating with allies on research security, export controls, and technology protection, as well as sustaining research collaboration and the movement of people and ideas across trusted countries. Commerce, working with the U.S. Trade Representative, will identify foreign trade barriers that limit the competitiveness of American quantum companies. Within 120 days, the State Department must recommend how to align existing bilateral and multilateral efforts—such as the Pax Silica framework—with the order’s priorities.
Together, these provisions create a comprehensive roadmap designed to secure U.S. leadership in quantum science, safeguard its innovations from foreign threats, cultivate a skilled workforce, and foster resilient domestic and international ecosystems for the technology’s eventual commercial and defense applications.