Shock Wave Physics and Control in Solids

The contract focuses on developing advanced techniques for controlling shock waves in solid materials by leveraging metamaterials, layered composites, and dynamic structuring approaches. The objective is to create innovative solutions that can manipulate, mitigate, or efficiently harness the effects of shock waves, which are critical in various defense and engineering applications. The work is geared towards understanding and applying novel physical concepts to improve material performance under high-strain-rate conditions. Issued by the Defense Advanced Research Projects Agency under the Department of Defense, this subcontract invites proposals until late June 2026. It falls under the NAICS code 541715, indicating research and development in the physical, engineering, and life sciences. While specific location details and points of contact are not provided, the contract represents a significant opportunity for organizations with expertise in material science, shock physics, and advanced composite design to contribute to groundbreaking research in this high-impact area.