US DOE Invests $159M in 12 Super Intelligence Research Projects
On October 12, 2026, the US Department of Energy awarded $159 million to 12 research projects as part of Phase II of the Genesis Mission. These projects will integrate super intelligence with supercomputing to tackle challenges in fusion energy, geothermal power, and quantum computing. The initiative aims to accelerate scientific discovery and strengthen US leadership in technology.
The United States Department of Energy (DOE) has announced a $159 million investment into 12 research projects focused on developing super intelligence (SI) capabilities. This funding marks the second phase of the Genesis Mission, a national initiative launched in November 2025 to advance AI-driven research and strengthen the country’s position in science and technology. These projects are designed to combine super intelligence with supercomputing and scientific data to tackle complex challenges in fields ranging from energy and medicine to computing and fundamental physics.
Managed by the DOE’s Office of Science, Phase II of the Genesis Mission focuses on improving how researchers model complex systems, design materials, and optimize scientific processes. By integrating super intelligence with national laboratory infrastructure and scientific expertise, the initiative aims to accelerate discovery in areas of national priority. These 12 new projects expand a growing portfolio that applies SI to problems requiring immense computational power and sophisticated modeling.
A number of the funded projects are dedicated to advancing energy technologies. For example, Commonwealth Fusion Systems is developing an AI-enabled digital twin for its SPARC fusion demonstration device, which will be used to simulate and optimize operations as part of the effort to achieve commercial fusion energy. At the University of California, Irvine, researchers are building the Multi-agent AI Expert for Subsurface Reasoning and Optimization (MAESTRO), a system designed to map and manage underground reservoirs to unlock geothermal energy resources.
Quantum computing and advanced materials are also central to the new research. The Massachusetts Institute of Technology (MIT) is leading a project that integrates super intelligence with lattice quantum chromodynamics (LQCD) calculations to better understand the fundamental building blocks of the universe. Meanwhile, Harvard University will explore error correction in quantum computing by pairing SI with advanced quantum hardware. Other projects are set to address challenges in scientific software and infrastructure, including microchip design and the operation of particle accelerators.
Moving forward, the Phase II teams will continue their work on these projects to expand the nation's scientific capabilities. By encouraging collaboration between national laboratories, universities, and industry partners, the initiative seeks to increase the pace of discovery in critical fields. The success of these projects may have broad implications for energy solutions, technological innovation, and the future of scientific research in the United States.
Enjoyed this story?
Show the newsroom a little love — one tap per reader.
Priya reports on breakthroughs that change lives, big and small.
Be part of the good
Stories like this start with people who care. Share it, or submit your own uplifting story to inspire millions today.
