Multimodal Surface Analysis Methods Development (FA2 & FA3)

The contract seeks the development of innovative multimodal surface analysis techniques leveraging the FA1 excitation platform to enable simultaneous or rapidly sequential detection of both molecular and elemental composition of surfaces. The focus is on creating methods that integrate diverse sensing modalities to generate comprehensive surface profiles, with strong emphasis on data fusion techniques that combine outputs from different analytical channels into coherent, actionable insights. Adaptive feedback systems are required to dynamically optimize data acquisition parameters in real time based on initial results, enhancing sensitivity, resolution, and analytical accuracy without manual intervention. The effort must demonstrate scalability and robustness under operational conditions relevant to defense and advanced material characterization. This subcontract, issued under the Defense Sciences Office of the Department of Defense, targets advanced analytical capabilities with a NAICS code of 541380, indicating a focus on scientific research and development services. Proposals must be submitted by August 26, 2026, following a June 17, 2026 posting date. While no specific location for performance or point of contact is provided, the technical objectives demand significant innovation in instrumentation design, signal processing, and algorithmic integration. The work is intended to push beyond current surface analysis limits by unifying previously separate detection modalities into a single, intelligent platform capable of autonomous, adaptive, and high-fidelity chemical and elemental mapping.