DOE Quantum Report Targets Error-Corrected Computing by 2028
A new DOE advisory report prioritizes scientific outcomes in a push for error-corrected quantum systems within two years.
The U.S. Department of Energy has released a new report from its Office of Science Advisory Committee's Quantum Subcommittee, shared by Under Secretary for Science Darío Gil. The report outlines a path toward error-corrected quantum computing by 2028, placing scientific results at the core of the effort rather than focusing solely on hardware milestones.
According to the source, the report recommends a specific course of action, though the details of that recommendation are not fully described in the available excerpt. The emphasis on scientific relevance suggests a shift toward demonstrating practical quantum advantage in real research settings within the next two years.
This timeline is ambitious, as error-corrected quantum systems remain a major technical challenge. The DOE's move to anchor the roadmap in scientific outcomes signals that near-term progress will be judged by its impact on actual research problems, not just qubit counts or gate fidelities.
Sources · 2
More in Compute & Hardware
Accelerated Server Sales Show Accelerating Growth
A report from The Next Platform finds that sales of accelerated servers are growing at an increasing pace.
FCT Unveils Flex Circuit Leak Sensor for AI and HPC Liquid Cooling
Flexible Circuit Technologies has developed a custom leak-detection flex assembly aimed at protecting AI and high-performance computing systems from coolant failures.
Hardware Trojan Detection: Stable Patterns Found in Gate-Level Netlists
A new study from UW-Madison and Marist shows that RTL Trojans leave stable structural and signal-flow traces that can be localized at the gate level.
DKRZ Joins EU Project for AI Climate Models on HPC
Germany's climate computing centre is part of a new four-year Horizon Europe effort to make AI-based climate models usable on European supercomputing and AI infrastructure.