Description
The DARPA Multi‑X Office seeks cutting‑edge research proposals to develop atomically precise polymeric materials that exhibit revolutionary nonlinear‑optical (NLO) performance and can be scaled for integration into electro‑optic modulators. Proposers must present a novel synthesis approach that tightly controls monomer sequence, orientation, and composition, supported by computational modeling, analytical validation, and a clear path to device integration. The effort is structured as a 36‑month Other‑Transaction prototype agreement, split into a 12‑month Phase I (demonstrate programmable polymer synthesis and an initial NLO material) and a 24‑month Phase II (optimize synthesis, scale production, and integrate the material into a functional modulator). Milestones include quarterly demonstrations, monthly technical reports, and two design reviews in Phase II, with optional CMMC Level 2 compliance funding of up to $25 k. Multiple awards are anticipated; all work will be unclassified but may involve Controlled Unclassified Information (CUI).
• Focus on polymeric (organic‑inorganic hybrid) NLO materials, not purely inorganic crystals.
• Required deliverables: synthesis data, polymer libraries, analytical results, computational code, and a prototype NLO material/device.
• Mandatory CMMC Level 2 self‑assessment; optional $25 k milestone for compliance.
• Funding via fixed‑price milestone payments under an Other‑Transaction Agreement.
• Proposal deadlines: intent to propose Dec 4 2026, full proposal Dec 18 2026; oral presentations Jan 5‑20 2027.