Genesis Mission
Genesis Mission is a national initiative to build the world's most powerful scientific platform to accelerate discovery science, strengthen national security, and drive energy innovation.
Goal
Genesis Mission will develop an integrated platform that connects the world's best supercomputers, experimental facilities, AI systems, and unique datasets across every major scientific domain to double the productivity and impact of American research and innovation within a decade.
Harnessing the power of the stars to deliver abundant, affordable energy. Through real-time collaboration between scientists, supercomputers, and AI systems, researchers can design, test, and stabilize fusion reactors far faster than before, accelerating the realization of sustainable fusion power.
Creating a new generation of more efficient reactor designs, including new modular reactors, that provide reliable, around-the-clock energy. Engineers and AI tools work together to optimize reactor design, materials, licensing, and operations, shortening development timelines while strengthening safety and performance.
Building a power network that grows as fast as the technologies it fuels. By combining human expertise in energy planning with AI-enabled forecasting and simulation, teams can modernize the nation's grid, improving reliability and accelerating deployment of new infrastructure.
Revealing chemical and biological processes as they unfold in real time. AI will work with ultrafast experiments to observe molecular dynamics and uncover insights that accelerate breakthroughs in materials and medicine.
Connecting the smallest particles to the largest structures. Physicists, guided by AI tools that reason across astronomical and particle-physics data, work together to test new theories about dark matter, dark energy, and the laws of nature.
Unlocking the next frontier of computation. AI serves as a reasoning partner for researchers, generating and verifying new classes of quantum algorithms while scientists interpret and validate the results, bringing practical quantum computing closer to reality.
Reducing dependence on foreign supply chains. Materials scientists and AI systems co-design substitutes, responsibly utilize Earth's resources, and recover rare elements from waste, building a stable, self-reliant foundation for the nation's future industries.
Turning design into production at the speed of need. Engineers and AI-driven digital twins share a continuous feedback loop between design, sensors, and fabrication, cutting qualification time and boosting efficiencies.
Delivering alloys, polymers, and composites vital to defense and industry. Human insight and AI-guided discovery converge to fuse simulation, literature mining, and autonomous labs, pointing toward a future where years of materials research could unfold in a fraction of the time.