CU Boulder Secures $2.4 Million in Genesis Mission Grants for AI-Driven Scientific Discovery

What Happened

On July 23, 2026, the University of Colorado Boulder (CU Boulder) announced that it had been selected for six highly competitive grants through the United States Department of Energy’s (DOE) Genesis Mission. The total funding for these projects exceeds $2.4 million. CU Boulder will serve as the lead institution for three of these projects and as a collaborating partner for the remaining three. These grants are part of a broader national initiative aimed at establishing a powerful, integrated platform for scientific discovery that leverages the convergence of artificial intelligence (AI), supercomputing, quantum systems, and advanced instrumentation.

Key Details

The research projects span a diverse range of scientific disciplines, with a heavy emphasis on computational physics and AI integration. The primary investigators leading these efforts at CU Boulder include Professor David Bortz of the Department of Applied Mathematics, who secured $750,000; Assistant Professor Yuan Shi of the Department of Physics, awarded $729,800; and Associate Professor Keith Ulmer, also of the Department of Physics, who received $659,157.

In addition to these lead roles, CU Boulder faculty are serving as co-principal investigators on three other awards led by external institutions, bringing an additional $320,000 to the university. Key participants in these collaborative efforts include Assistant Professor Zhi Li of the Institute of Arctic and Alpine Research, who is partnering with the University of Maryland, and Professors Jamie Nagle and Dennis Perepelitsa of the Department of Physics, who are collaborating with Baruch College and Lawrence Livermore National Laboratory.

The scientific scope of these six projects includes:

1. Fusion Energy Control: Developing AI-driven, real-time control systems for plasma in fusion energy reactors to stabilize the superheated ionized gas required for clean electricity generation.
2. Quantum Plasma Simulation: Implementing new approaches in quantum computing to simulate the complex behavior of ionized gas in fusion reactions.
3. Particle Physics Data Processing: Creating extremely fast AI frameworks capable of managing massive data input rates to accelerate the discovery of fundamental particles.
4. Environmental Modeling: Utilizing an agentic AI framework to provide hyperlocal water and flood predictions, which are essential for national energy planning and infrastructure operations.
5. Nuclear Physics Paradigms: Developing an AI-driven method to extract the physics of quark-gluon plasma from high-energy nuclear collisions.
6. Foundation Models for Nuclear Research: Building a massive AI foundation model specifically designed to support experimental nuclear physics research in the United States.

Context

The Genesis Mission is a historic initiative led by the Department of Energy to modernize the way scientific research is conducted in the United States. The mission seeks to unify government, industry, academia, and philanthropic organizations under a single umbrella to accelerate breakthroughs in energy, national security, and fundamental scientific discovery. By integrating disparate technologies—such as quantum computing and large-scale AI models—the DOE aims to create a platform that allows researchers to tackle problems that were previously considered computationally intractable.

For CU Boulder, these grants represent the culmination of years of research and the development of interdisciplinary pathways. The university has fostered a research environment where postdoctoral researchers and graduate students are encouraged to work across traditional departmental boundaries, often moving into roles at national laboratories or other academic institutions after their training. This collaborative culture was highlighted by Massimo Ruzzene, senior vice chancellor for research and innovation and dean of the institutes, who noted that the awards reflect the university's capacity to build the ambitious, interdisciplinary teams necessary to address complex national challenges.

Why It Matters

The significance of these awards lies in the application of advanced computational methods to solve real-world problems. For instance, the work on fusion energy control is vital for making fusion a practical, reliable source of abundant clean electricity. Similarly, the use of AI for hyperlocal water and flood predictions demonstrates how high-level physics and computer science research can have direct, tangible benefits for U.S. energy planning and disaster preparedness.

Furthermore, the development of foundation models for nuclear physics and the use of AI in particle physics signify a shift in how experimental science is performed. As the volume of data produced by modern sensors and particle accelerators continues to grow, traditional analysis methods are becoming insufficient. By investing in AI-driven paradigms, the Genesis Mission is ensuring that the U.S. remains at the forefront of global scientific research, capable of processing and interpreting data at unprecedented speeds.

Bottom Line

The $2.4 million in Genesis Mission grants serves as a validation of CU Boulder’s research enterprise and its ability to lead in the fields of AI, quantum computing, and nuclear physics. By bridging the gap between theoretical research and practical application, these projects are poised to contribute significantly to the nation’s energy future and the advancement of experimental physics. As these teams begin their work, the outcomes of these six projects will likely influence the trajectory of energy technology and scientific discovery for years to come.

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