DOE Selects Eight Quantum Projects for Up to $7.3 Million

The US Department of Energy (DOE) has selected eight projects to apply quantum information science to high-energy physics. These projects, collectively valued at up to $7.3 million over three years, have $3.2 million allocated for fiscal year 2026, with the remaining funds dependent on future congressional appropriations. The DOE’s official notice clarifies that selection doesn’t guarantee funding and any selection may be rescinded during negotiations.

DOE’s commitment

According to the August 26 press release, these projects fall under a DOE program called “Quantum Outposts on the Energy and Intensity Frontiers.” Their objective is to develop quantum sensors and quantum computing applications for particle collider experiments and high-intensity setups, such as neutrino research. The DOE specifically mentions its Deep Underground Neutrino Experiment (DUNE), currently under construction, as a target environment.

It is crucial to understand the financial details. The $7.3 million represents a maximum ceiling for all eight awards over three years, not an immediate disbursement. The DOE has committed $3.2 million for fiscal year 2026, but any funding beyond that is contingent on future congressional appropriations. The agency’s release explicitly states that chosen teams must complete negotiations before any funds are released, and the DOE reserves the right to cancel projects.

Therefore, this announcement signifies a selection for award negotiations, not the release of funds. This distinction is important for understanding the scope of the commitment. Though the chosen teams have successfully passed a merit review, no work is guaranteed until contracts are finalized.

Policy context

The DOE links these awards to several federal initiatives, including the National Quantum Initiative and a recent executive order on quantum innovation. The department also connects them to its “Genesis Mission” and “Quantum Genesis” initiative, which aims to deliver “scientifically relevant quantum computing to the nation by 2028.”

The projects combine two often-grouped areas. Some focus on developing quantum sensors for physics measurements. Others focus on creating applications for quantum computers, which means they target future hardware rather than existing systems.