Compact Cold-Atom Device Engineering

The contract seeks engineering development of compact cold-atom devices designed for high-precision applications in sensing, timing, and navigation, with a focus on integrating laser cooling and atom trapping technologies into miniaturized systems. The work involves advancing control architectures that enable stable, field-deployable quantum sensors by reducing size, power consumption, and environmental sensitivity while maintaining metrological performance. Technical efforts must demonstrate scalability and robustness under real-world conditions, leveraging established principles in atomic physics and photonics to transition laboratory-grade capabilities into practical, portable hardware. This is a subcontract under the Department of Defense, specifically managed by the Defense Advanced Research Projects Agency, with a NAICS code of 334511 indicating classification within semiconductor and other electronic component manufacturing. The opportunity was posted on July 15, 2026, and responses are due by September 23, 2026. There is no specified set-aside designation, and performance location details are not provided, suggesting flexibility in execution location as long as technical delivery milestones are met. The project aims to enable next-generation defense capabilities reliant on ultra-precise atomic measurements in confined, mobile platforms.