Non-Optical Crystal Growth System Development

This contract involves the design and prototyping of a material growth system focused on utilizing non-optical control methods such as plasma, electric fields, or acoustic waves to achieve atomic-level precision in synthesizing complex inorganic materials. The primary goal is to develop advanced technology capable of controlling crystal growth processes without relying on traditional optical techniques. The initiative falls under the category of subcontracting, specifically targeting the development of high-precision material synthesis systems within the NAICS code 334510, which relates to electronic tube manufacturing and related product development. Issued by the Defense Advanced Research Projects Agency (DARPA) under the Department of Defense, the contract was posted on May 21, 2026, and proposals are due by June 30, 2026. Although detailed information regarding the place of performance, point of contact, and set-aside status are not specified, the project clearly aims to advance innovation in material science for defense applications through cutting-edge control technologies that can manipulate crystal growth at the atomic scale. The contract supports efforts to push the boundaries in inorganic material synthesis by integrating alternative non-optical methods to improve precision and control in the manufacturing process.