Tomorrow at @scsp_ai's AI+ Expo: @Livermore_Lab demos AI-driven #fusionenergy# applications at the @ENERGY booth, featuring: ⚡ IFE power plant design ⚛️ Tritium fuel cycle ☀️ Plasma control Proud to partner with @argonne @BerkeleyLab @ORNL @SRNLab and @UCLA! @ScienceUnderSec

At the recent U.S. IFE Conference, @Livermore_Lab experts joined partners across national labs, universities, industry, and government to help advance inertial #FusionEnergy#. Momentum is building for a stronger U.S. energy future. #FusionEnergyWeek#

Tomorrow at 1 p.m. PT, tune into our talk "Beyond Ignition: The Science and Promise of Commercial Fusion Energy" to celebrate #FusionEnergyWeek# at @Livermore_Lab! Register here to join online:

⚡️Energy Brief⚡️ The UK Atomic Energy Authority launched a comprehensive strategy for nuclear fusion development and deployment. The strategy includes completing the detailed design phase of the UK's STEP fusion prototype power plant, a government-supported initiative to demonstrate fusion technology for commercial application. The strategy emphasizes expanding the UK fusion supply chain and increasing participation from UK fusion companies. This approach aims to build domestic industrial capacity and economic value creation around fusion energy commercialization. The comprehensive fusion strategy reflects governmental commitment to positioning the UK as a center for fusion innovation and manufacturing. By advancing both demonstration projects and supply chain development, the UKAEA's approach addresses both technical validation and economic development objectives in the emerging fusion energy sector. @UKAEAuthority Source: World Nuclear News

Last week, @NNSAWilliams joined the @AtlanticCouncil for a roundtable discussion on the future of fusion energy and the importance of American leadership in next-generation nuclear technology🔋⚛️

⚡️Energy Brief⚡️ Lawrence Livermore National Laboratory and Inertia Enterprises announced a strategic research and development partnership focused on advancing fusion technology. The collaboration addresses three core areas: laser technology development, fusion target design, and target fabrication. The partnership brings together LLNL's national laboratory expertise and research infrastructure with Inertia Enterprises' specialized capabilities in fusion engineering. This collaboration model reflects broader efforts to leverage both government research institutions and private sector innovation in advancing fusion energy technologies. The joint R&D effort signals continued momentum in fusion research and commercialization pathways. By coordinating development efforts across critical technical domains, the partnership aims to accelerate progress toward demonstrating commercially viable fusion energy systems. Source: Lawrence Livermore National Laboratory

LLNL researchers teamed up with colleagues from national laboratories, universities, industry and government at the U.S. Inertial Fusion Energy conference to accelerate IFE development as a cornerstone of the nation’s energy strategy.