Quantum technologies apply principles such as superposition and entanglement to new capabilities in computing, communications, and sensing. Although quantum computing could eventually help solve complex problems in areas such as drug development, food production, and superconductivity, practical applications still require major advances in hardware, error correction, and specialized algorithms. The United States leads in several advanced quantum platforms, but China invests more overall. Preserving America’s advantage will require sustained support for basic research, access to global talent, secure supply chains, and an innovation ecosystem capable of moving quantum technologies from theoretical promise to real-world use.
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Cryptography secures nearly every bit of our daily digital interactions, from messaging to banking and cryptocurrencies. Yet rapid advances in quantum computing could threaten existing encryption, while the growing use of blockchain raises new questions about privacy, the risks of illicit finance, government oversight, and the future of digital trust.
September 9, 2026
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The Hoover Institution and Stanford University School of Engineering announced an innovative project and publication dedicated to exploring the breakthroughs and policy implications of cutting-edge technologies that are shaping our societies and economies.
December 7, 2023
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A bold new initiative to help the US government and business leaders navigate the rapidly evolving emerging tech landscape.
November 4, 2026