Advancing the quantum industry requires persistent, accessible R&D infrastructure. Our policy focuses on securing federal investment for national quantum testbeds and prototyping capabilities. We also champion the establishment of technical standards and performance metrics, ensuring interoperability, streamlining commercialization pathways, and reducing risk for end-users and investors. We provide frameworks and analysis on supply chain vulnerabilities, advocating for policies (including those related to the COMPETE Act) that reduce reliance on foreign sources, mitigate risks from tariffs, and accelerate domestic quantum manufacturing capacity.
October 8 • 2024
Biomedical sensing faces challenges ranging from biological, physical, and chemical complexity and noisy environments to regulatory requirements and clinical implementation. Quantum sensing offers several compelling solutions to these challenges that could provide important benefits over classical tools.
March 19 • 2024
Quantum computing (QC) offers intriguing solutions to supply chain, transportation, and logistics problems that classical computers cannot completely solve. It also offers the possibility of significantly faster computations, with applications in all modes of the transportation and logistics industry — air, land, and sea.
September 22 • 2023
The resulting framework organizes technology components and materials according to a view of the quantum stack, which includes key supply chain elements for quantum technologies such as computing, sensing and metrology, and communications and networking.
July 5 • 2022
A first-order understanding of key QC supply chain issues and to better assess the current and potential future choke points for the domestic QC supply chain