The Department of Defense recently unveiled a revolutionary research project that promises to reshape the landscape of precision weapons.
This project, named CLassical quantum hybrid constructs to Advance Weapons Systems (CLAWS), secured a remarkable victory in the highly competitive 2024 Applied Research for Advancement of Science and Technology Priorities program award competition, according to a June 14 news release. With a substantial value of $45 million, CLAWS aims to explore the potential of quantum constructs in revolutionizing precision weapons.
"We look forward to following the progress and accomplishments of the CLAWS effort leading into successful technology transition," Dr. Steven Wax, science and technology chair, said in the release.
The successful proposal was the result of a collaborative effort between the Army Research Laboratory, the Naval Research Laboratory and the Air Force Research Laboratory, the release reported. Under the U.S. Army Combat Capabilities Development Command, these institutions combined their expertise and resources to submit a winning proposal that captured the attention of the Department of Defense.
This collaborative effort seeks to advance the applications of quantum technology in kinetic weapons systems, with the ultimate goal of achieving superior precision, extended range, reduced collateral damage and enhanced platform agility, the release said.
To achieve these ambitious objectives, the project will work closely with academic and industry partners, fostering a multidisciplinary approach that spans various key areas such as imaging, positioning, navigation, timing and quantum technology, according to the release. By harnessing the immense potential of quantum constructs, CLAWS aims to unlock groundbreaking advancements in precision weaponry, propelling the Department of Defense to the forefront of technological innovation.
Spanning three years, the $45 million project will provide support to scientists and engineers and academics across the Department of Defense, the release said. Furthermore, it will offer invaluable opportunities for at least 20 graduate and post-doctoral students to participate in the research through academic partnerships with the Department's science and technology research laboratories.
