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Delivering clean, scalable energy through projectile-driven fusion.
We’re transforming plasma science into the foundation of next-generation fusion energy. By advancing beyond theory and into practical design, our approach targets ignition, efficiency, and scalable deployment — setting the stage for a sustainable energy revolution.
Plasma, the most dynamic state of matter, is the key to unlocking controlled fusion — enabling breakthroughs that push beyond conventional energy science.
By focusing on high-velocity, projectile-driven confinement, we’re advancing methods that compress plasma more efficiently, driving the path toward ignition.
Achieving stable ignition unlocks the potential for virtually limitless, carbon-free energy — a milestone that defines the future of global infrastructure.
Our approach is engineered for deployment at utility scale, ensuring fusion isn’t just a laboratory achievement but a practical, world-changing power source.
We’re combining scientific rigor with bold engineering to transform plasma research into the foundation of sustainable, long-term energy solutions.
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