AI and Automation Are Accelerating Scientific Discovery at Berkeley Lab Scientific discovery is entering a new era at Lawrence Berkeley National Laboratory. By integrating artificial intelligence (AI) and automation into every facet of research, the Lab is not only accele... AI automation data analysis innovation materials science network optimization scientific research supercomputing
MIT’s TX-GAIN: Transforming AI Research with Unmatched Supercomputing Power MIT Lincoln Laboratory is poised to accelerate artificial intelligence breakthroughs with the fastest university-based AI supercomputer in the U.S. thanks to the launch of TX-Generative AI Next (TX-GA... artificial intelligence biodefense collaboration cybersecurity energy efficiency generative AI MIT research supercomputing
Japan Emerges as a Global Leader with IBM Quantum System Two and Fugaku Integration Japan has made a bold move in the world of technology by launching the first IBM Quantum System Two outside the United States. At the RIKEN Center for Computational Science in Kobe, this groundbreakin... Fugaku hybrid computing IBM Japan quantum computing RIKEN scientific research supercomputing
Quantum Computers Surpass Supercomputers in Material Simulation What if a computer could solve problems that stump even the world’s most advanced supercomputers? That’s now a reality. Recent research has shown that a quantum computer has outperformed a classical s... D-Wave Frontier supercomputer material science ORNL quantum computing scientific breakthrough simulation supercomputing
Supercomputers Are Untangling the Mysteries of Cosmic Rays and Galaxy Formation at Cornell Recent breakthroughs by Cornell-led researchers, powered by cutting-edge supercomputing, are transforming our grasp of how cosmic rays behave and, by extension, how galaxies form and evolve. Cosmic Ra... astrophysics cosmic rays cosmology DOE research galaxies magnetic fields supercomputing