The Defense Advanced Research Projects Agency (DARPA) seeks innovative research proposals for the AMPED program, aiming to demonstrate chip-scale, single-mode laser devices with unprecedented output power and efficiency. The program targets orders-of-magnitude improvement over current photonic-crystal surface-emitting laser technology. A controlled unclassified information (CUI) Addendum with key technical details is available upon request via instructions in Attachment A. No specific budget amounts, performance location, or non-bid timelines are mentioned in the description. This opportunity is for organizations capable of advancing high-power, compact laser technology.

The Defense Advanced Research Projects Agency (DARPA) seeks innovative research proposals for the AMPED program, aiming to demonstrate chip-scale, single-mode laser devices with unprecedented output power and efficiency. The program targets orders-of-magnitude improvement over current photonic-crystal surface-emitting laser technology. A controlled unclassified information (CUI) Addendum with key technical details is available via instructions in Attachment A. No specific budget amounts, performance location, or non-bid timelines are mentioned in the description. This opportunity is for organizations capable of advanced laser research and development.

The Defense Advanced Research Projects Agency (DARPA) seeks innovative research proposals for the AMPED program, aiming to demonstrate chip-scale, single-mode laser devices with unprecedented output power and efficiency. The program targets orders-of-magnitude improvement over current photonic-crystal surface-emitting laser technology. A controlled unclassified information (CUI) Addendum with key technical details is available via instructions in Attachment A. No specific budget amounts or performance location are mentioned in the description. Timelines for submission are not provided.

The Defense Advanced Research Projects Agency (DARPA) seeks innovative research proposals for the AMPED program, aiming to demonstrate chip-scale, single-mode laser devices with unprecedented output power and efficiency. The program targets orders-of-magnitude improvement over current photonic-crystal surface-emitting laser technology. A controlled unclassified information (CUI) Addendum with key technical details is available upon request. No specific budget amounts or performance location are mentioned in the description. Timelines for non-bid activities are not provided.