The United States Department of Energy Invests $159 Million in Super Intelligence Research

The United States Department of Energy (DOE) has recently allocated $159 million to fund 12 research projects aimed at developing super intelligence (SI) capabilities. This significant investment is intended to accelerate scientific discoveries in various fields including energy, medicine, computing, and fundamental physics.

The funding is part of the second phase of the Genesis Mission, a national initiative launched in November 2025 with the goal of advancing artificial intelligence-driven research and strengthening US leadership in science and technology.

These newly funded projects will leverage super intelligence, supercomputing, scientific data, and national laboratory infrastructure to tackle complex scientific challenges such as commercial fusion energy, geothermal power, rare-earth extraction, and quantum computing.

DOE Under Secretary for Science, Dr. Darío Gil, emphasized the importance of these projects in harnessing the potential of super intelligence for transformative scientific capabilities. He praised the integration of SI with scientific expertise, data, and computing, highlighting the opportunity for these teams to advance their work to the next level.

Accelerating Scientific Discovery Through Super Intelligence

Managed by the DOE’s Office of Science, the Phase II programme aims to develop advanced capabilities that could enhance researchers’ ability to model complex systems, design materials, and optimize scientific processes. The Genesis Mission brings together scientists and advanced computational technologies to expedite research in areas identified as national science and technology priorities.

The 12 new awards further expand the portfolio of projects applying SI to problems that require significant computing power, detailed scientific data, and sophisticated modeling techniques.

Advancing Energy Technologies and Resource Access

Several projects under the Genesis Mission focus on advancing energy technologies and improving access to domestic resources. Commonwealth Fusion Systems, for instance, will lead a project to develop an AI-enabled digital twin for its SPARC fusion demonstration device, with the aim of progressing towards commercial fusion energy.

Researchers at the University of California, Irvine, will work on the Multi-agent AI Expert for Subsurface Reasoning and Optimization (MAESTRO) project to unlock geothermal energy resources by using super intelligence to map and manage deep underground reservoirs.

Additionally, the University of Illinois Urbana-Champaign will lead the AI-extended Interfacial Separations (AXIS) project, focusing on designing more efficient electrochemical processes for extracting critical rare-earth elements from domestic sources.

Other projects within the initiative include expanding the RNA structure database at the University of California San Diego to support the engineering of more resilient crops and sustainable microbes.

Exploring Quantum Computing and Advanced Materials

The latest selections also involve projects centered around quantum technologies and fundamental physics. MIT will integrate super intelligence with lattice quantum chromodynamics (LQCD) calculations to accelerate research into the fundamental building blocks of the Universe.

Harvard University will combine SI with advanced quantum hardware to address error correction in scientific quantum computing. Oak Ridge National Laboratory will focus on designing quantum magnets for various applications in quantum technologies.

Projects like Fermilab’s AXESS initiative, Lawrence Berkeley National Laboratory’s platform for designing particle accelerators, and Argonne National Laboratory’s efforts to modernize scientific software used in supercomputing further demonstrate the diverse scientific scope of the Genesis Mission.

Enzymes, Particles, and Beyond

Research projects at the University of Washington and Northeastern University aim to develop foundational SI tools for predicting and designing functional enzymes, as well as streamlining particle separator operations for improved safety and efficiency.

These initiatives underscore the Genesis Mission’s commitment to advancing research in biological systems, advanced computing, and experimental physics.

Expanding the Research Portfolio

With the addition of 12 new awards, the Phase II projects now total 14, including GridFM 2.0 and Prometheus supported by the DOE’s Offices of Electricity and Nuclear Energy, respectively. The department is also issuing six additional Phase I awards to further expand the mission’s reach.

By integrating super intelligence into research infrastructure and scientific workflows, the Genesis Mission aims to accelerate discovery across strategically important fields. The latest awards introduce a wider range of research programs applying advanced AI capabilities to complex scientific and technological challenges.