Multimodal Excitation Source Development

The contract calls for the design and development of a multifunctional excitation source capable of simultaneously producing molecular, elemental, trace elemental, and isotopic signatures for advanced materials analysis. This system must be configurable to adapt to varying analytical requirements across diverse sample types, enabling comprehensive characterization without the need for multiple instruments or separate excitation modalities. The technology is intended to enhance detection sensitivity, precision, and speed in field-deployable or laboratory-based material assessment scenarios, particularly those critical to national defense applications. The work is being pursued under a subcontract arrangement by the Defense Advanced Research Projects Agency within the Department of Defense, with the North American Industry Classification System code 334510 indicating focus on semiconductor and other electronic component manufacturing. The solicitation was posted on June 17, 2026, and responses are due by August 26, 2026, at 4:00 PM. While specific performance location and point of contact details are not provided, the scope implies the need for advanced engineering capabilities in photonics, plasma physics, or laser-based excitation systems, with emphasis on integration, reliability, and scalability for real-world deployment.