The newly announced Doudna supercomputer, revealed at Lawrence Berkeley National Laboratory, is positioned as a transformative leap for U.S. high-performance computing. Marking a major federal investment in scientific infrastructure, Doudna—also known as NERSC-10—aims to equip over 11,000 researchers with the power to tackle urgent scientific challenges. Named after Nobel laureate and CRISPR pioneer Jennifer Doudna, the system targets breakthroughs across chemistry, physics, biology, and more, combining simulation, data, and artificial intelligence into a seamless platform for real-time scientific exploration.
Built on Dell Technologies infrastructure and leveraging the NVIDIA Vera Rubin architecture, Doudna is scheduled for deployment in 2026. The system will connect directly with Department of Energy research facilities via ESnet, allowing rapid, nationwide data streaming and near-instant analysis. Unique among supercomputers, Doudna is designed for integrated workflows—enabling researchers to process data from telescopes, detectors, and genome sequencers in real time. Advanced networking, intelligent quality-of-service, and innovations in chip design contribute to a projected 10x improvement in scientific output over its predecessor, Perlmutter, with a substantial boost in energy efficiency.
Doudna´s expected impact spans diverse fields: accelerating fusion energy simulations, enabling Artificial Intelligence models for new superconducting materials, ultra-fast protein folding for pandemic response, and real-time astronomy data analysis to help map the universe. Researchers are already adapting workflows for the platform using frameworks like PyTorch, TensorFlow, and the NVIDIA Holoscan SDK, with over 20 science teams preparing applications. Beyond traditional high-performance computing, Doudna will support quantum algorithm development, integrating future quantum and classical computing capabilities. With urgency at the core—echoed by recent Nobel wins for Artificial Intelligence-assisted science—the Doudna system is poised to radically shorten discovery timelines and secure the U.S.´s place at the forefront of scientific advancement.
