A power plant based on cutting edge breakthroughs in laser and target technology
Build and operate commercially viable fusion power plants at scale
Laser Driven Radiation Sources
Develop and commercialize a new level of non-destructive and high resolution testing of large and complex objects
We are motivated by the fact that predicted global energy needs over the next 30 years cannot be met with existing clean technologies (such as wind or solar). Even with the help of new energy storage methods, like hydrogen, the future energy gap cannot be closed reliably. These trends illustrate the need for disruptive energy production technologies i.e. laser driven fusion energy.
Needs forced by:
economic growth, energy transition, energy accessibility, demographics
With existing clean technologies these projected global energy targets can not be achieved.
Fusion is perhaps the only clean, plentiful energy source that can close the projected demand gap.
… we develop fundamental technology that enables additional markets to commercialize our
Laser-Driven Radiation Sources (LDRS) technology early on.
LDRS – compact, high yield, high energy and high resolution enables non-destructive testing of large objects: structural integrity of old bridges, smuggling of illicit materials, landmines and bombs of past wars, proliferation of nuclear materials, storage of nuclear waste.