Commercializing the world’s first proven fusion energy architecture.
We are advancing Laser Driven Inertial Fusion Energy, building on NIF’s scientific foundation to develop the world's first commercial fusion energy architecture, using Deuterium-Tritium fuel—proven by our team to create ignition at Lawrence Livermore National Lab.
Pearls™ get injected into the target chamber, get compressed from lasers and then they ignite.
The science of laser fusion is proven. Our focus is on the engineering challenges of optimizing the fuel and laser systems, and on developing an integrated engineering prototype to validate the engineering required for commercial energy production.
Our approach is the closest architecture to the only scientifically proven Laser Fusion system. Our design focuses on manufacturability, with components that can be mass-produced and easily shipped. It will also offer power plant-grade reliability—modulatory creates the highest reliability and serviceability of any fusion system.
We use Deuterium-Tritium fusion fuel and have one of the only target labs in the world to design and optimize fusion fuel. Deuterium-Tritium originates from sea water & lithium and is the only fuel to achieve controlled ignition and gain.
