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The building blocks for the planar coil stellarator

We are currently focused on iterating these planar magnets and validating their ability using high temperature superconductors (HTS) to create the precise field required for fusion in a simpler and more practical way.

Expansion into HTS Magnet Manufacturing, Scaling & Iteration

Why It Matters

HTS Planar Magnet Testing

Why It Matters

Expansion into HTS Magnet Manufacturing, Scaling & Iteration

Why It Matters

Next up: Eos, a large-scale planar coil stellarator

Learn why the planar coil stellarator architecture gives us a more practical and efficient path to commercialize fusion energy.
Why this is a Big Deal

Inherently stable, steady-state magnetic confinement fusion:

The stellarator is a highly efficient power plant architecture.

Planar coil stellarator:

Our proprietary stellarator technology eliminates the prohibitively complex 3D magnet coils required in all other proposed stellarator architectures.

Eos neutron source stellarator:

Our first system is more than a science project. Eos is a neutron source stellarator capable of commercial operation for the production of various isotopes including tritium. Eos is the only first-generation fusion system prototypical of a power plant.

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