U.S. Faces Quantum Challenge: Preliminary Report Calls for Investment to Secure Its Future

On November 10, 2026, the Commission on U.S. Quantum Primacy (CUSP) unveiled a preliminary report titled Defining the American Quantum Era. This document serves as a strategic directive for the United States to excel in quantum science beyond just theoretical research and focuses on the necessity for practical deployment and manufacturing capabilities in quantum technologies.

Established by the Special Competitive Studies Project (SCSP), the commission is co-chaired by prominent figures including U.S. Senators Todd Young and Ben Ray Luján, along with Ylli Bajraktari, SCSP president. The report underscores a stark warning: America’s historical strengths in research and private investment may not guarantee its dominance in deploying quantum technology at an industrial scale.

Currently, the U.S. leads in quantum research and has successfully deployed quantum computing systems. However, this advantage varies significantly across different technologies. Notably, China has prioritized quantum developments with substantial government funding, transitioning swiftly from demonstration projects to establishing significant infrastructure in quantum networking. This strategy, supported by a robust supply chain and an impressive research and development framework, could enable China to outpace the U.S. in scaling quantum innovations.

Bajraktari remarked, "Leadership in quantum will not be determined by mere publication counts or milestone achievements. It will depend on which nation successfully converts quantum discoveries into widely deployed and trusted technologies." The report emphasizes that the U.S. must act swiftly across four crucial areas for enhancing its quantum capabilities: discovery, development, deployment, and scaling.

The commission defines "quantum primacy" as the sustained ability to discover, develop, deploy, and upscale essential quantum capabilities, leveraging them to bolster national security and promote economic competitiveness. Essential to achieving this primacy are trusted allies and partnerships, rather than a need for total self-reliance or being the first at every breakthrough.

Senator Young highlighted, "America's quantum science stands as a global benchmark, yet laboratory discoveries will only hold significance when they are effectively utilized in practical settings. This report calls for ensuring our breakthroughs are manufactured, deployed, and secured domestically."

Identifying immediate priorities, the report outlines actions across four interconnected domains:

1. Discovery: Align federal commitments with reliable funding sources for foundational research while establishing designated pathways for developing new quantum algorithms and applications.

2. Development: Engage in collaborative development efforts for quantum software and hardware via a national initiative, potentially modeled after the successful Exascale Computing Project. This includes launching a public-private benchmarking and interoperability framework, led by the National Institute of Standards and Technology (NIST).

3. Deployment: Broaden the usage of mission-critical applications, streamline integration processes, and expedite the transition to post-quantum cryptography within vital infrastructures and local government cybersecurity systems.

4. Scale: Strengthen supply chain resilience, create a National Quantum Foundry Access Program, and cultivate a comprehensive workforce spanning from technicians to Ph.D. professionals, thus fostering a collaborative quantum market with international allies.

Senator Luján remarked on the transformative potential of quantum technologies, stating, "From navigation systems to healthcare, the implications of quantum developments are immense. Preparing for a quantum-powered future should transcend partisan lines. Our focus must be on nurturing a skilled workforce while bolstering research and fostering partnerships among national laboratories, universities, and industries."

The commission is expected to release a comprehensive final report in Spring 2027, translating this foundational framework into actionable policy recommendations and identifying necessary infrastructure for the future of U.S. quantum technology.

About the Commission

The Commission on U.S. Quantum Primacy is dedicated to ensuring that the rise of quantum technologies contributes positively to U.S. national power, fortifying national security, driving technological advancements, and enhancing economic strength. Commissioners include leaders from key organizations like IBM, Google Quantum AI, IonQ, and reputable research institutions. Although Senators Young and Luján have provided oversight, they did not directly influence the report's specific policy propositions.

About SCSP

The Special Competitive Studies Project is a nonpartisan initiative focused on enhancing the United States' long-term competitiveness as innovations in artificial intelligence and other technologies redefine the landscape of national security, economic health, and societal structures.