Quantum

Quantum technologies are poised to redefine computing, communication, and national security in the decades ahead. CSIS experts examine how the United States can lead in quantum innovation—developing secure infrastructure, strengthening supply chains, and ensuring that breakthroughs in science translate into long-term strategic and economic advantage.

Photo: SAMEER AL-DOUMY/AFP via Getty Images

Photo: SAMEER AL-DOUMY/AFP via Getty Images

Leveraging SBIR for Quantum Commercialization and Supply Chain Growth

The U.S. government is spending far too little on efforts to commercialize quantum technologies. Its SBIR and STTR programs provide critical early-stage funding to stabilize the domestic supply chain and bridge the “valley of death” for small firms. 

Report by Phillip Singerman and Hideki Tomoshige — March 30, 2026

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Emily Harding

Emily Harding

Vice President, Defense and Security Department; Director, Intelligence, National Security, and Technology Program
Matt Pearl

Matt Pearl

Director, Strategic Technologies Program

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Leveraging SBIR for Quantum Commercialization and Supply Chain Growth

The U.S. government is spending far too little on efforts to commercialize quantum technologies. Its SBIR and STTR programs provide critical early-stage funding to stabilize the domestic supply chain and bridge the “valley of death” for small firms. 

Report by Phillip Singerman and Hideki Tomoshige — March 30, 2026

Chicago’s Emerging Quantum Innovation Cluster

Chicago is emerging as a major U.S. hub for quantum technology. Backed by world-class research institutions, strong state investment, and growing federal support, the region is building a powerful innovation ecosystem.

Report by CSIS Scholars — March 16, 2026

A National Asset: The Colorado Quantum Ecosystem

The Colorado quantum ecosystem is a vital source of national competitiveness. Long-term institutional support and funding are needed to scale fundamental research and maintain a robust ecosystem.

Report by CSIS Scholars — February 20, 2026

Understanding China’s Quest for Quantum Advancement

China's investments in quantum technology began with foundational research in 2001. This article examines where China stands today in its efforts to build capabilities across five quantum technology areas and how it is pursuing quantum innovation leadership.

Report by Hideki Tomoshige and Phillip Singerman — January 29, 2026

Growing the Midwest Quantum Ecosystem

Discussions will explore the region’s assets and capabilities, the challenges and opportunities for small (and large) firms, as well as the need for improved cooperation across the emerging ecosystem. 

Event — September 30, 2025

Semiconductor Clusters in the Making: India’s Push for Global Competitiveness

India’s semiconductor ambitions are entering a decisive phase. Backed by the India Semiconductor Mission and a growing network of state-level incentive programs, the country is attempting to compress decades of ecosystem development into just a few years.

Critical Questions by Sujai Shivakumar and Shruti Sharma — September 23, 2025

Sustaining Momentum in U.S.-India Technology Ties

U.S.-India technology relations are entering a decisive phase. Yet, political distractions risk slowing down this momentum. This is not the moment to stall a partnership that has created a platform capable of producing strategic and commercial payoffs for both nations.

Commentary by Sujai Shivakumar and Shruti Sharma — September 11, 2025

Progress Toward Practical Areas of Quantum Technology

Development of different quantum technologies is progressing at different speeds. Closely monitoring technological advancements in five key areas will be key to implementing quantum policy effectively.

Commentary by Hideki Tomoshige and Phillip Singerman — July 15, 2025