ORNL Director Stephen Streiffer outlines how AI and quantum computing are accelerating fusion and energy research.

Abstract: Power consumption and associated carbon emissions are increasingly critical challenges for large-scale computing. Recent research proposes exploiting stranded power - uneconomic renewable ...

Oak Ridge National Laboratory has grown to 7,400 employees and a $2.5 billion budget. ORNL is advancing research in AI, quantum computing, and isotope production to boost U.S. competitiveness. The lab ...

The DOE's Quantum Genesis initiative timeline aims to deliver the first fault-tolerant quantum computer by 2028, a major move ...

Data center developers have mastered server density and cooling, but power interconnection remains stubbornly slow. Modular substations built in factories rather than fields are emerging as the most ...

Fault-tolerant quantum computer by 2028: the DOE’s Quantum Genesis initiative sets a hard deadline for the world’s first ...

Pittsburgh just scored a major win in the race for high-powered computing, with the Pittsburgh Supercomputing Center landing a $10 million award from the National Science Foundation to build Bridges-3 ...

AI’s “backbone” increasingly means energy, infrastructure, and matrix math powering massive next-generation computing systems.

Cambridge-headquartered Nu Quantum – a pioneer in quantum networking – and Atom Computing in Boulder, Colorado have signed a ...

Hamburg's Congress Center (CCH) opens its doors today to the global high-performance computing community as ISC High Performance 2026 begins its five-day run through June 26. Now in its 41st year, ISC ...

Beijing casts computing power as a national infrastructure, likening tokens to mobile data as telecoms firms roll out mass-market packages China is stepping up construction of a "national computing ...