Fusion power, shipped whole.

Laurelin

²H + ²H → ³He + n + 3.27 MeV

²H + ²H → ³H + p + 4.03 MeV

n · τ · T ≥ 3 × 10²¹ keV·s·m⁻³

Concept visualization of a container-scale field unit beside a remote industrial load

Electricity that could arrive before the grid does.

HOST-SITE STUDY · CONCEPT VISUALIZATION

Our mission
A pulsed-field coil assembly receding into a dark studio

A compact pulsed FRC.

Our technology

The technical bet

The need-to-believe count is one.

Laurelin's test program asks whether a pulsed FRC merge-compression sequence can reach useful peak states within hardware limits and recover electrical work at measurable efficiency. Fuel supply, siting, deployment, and manufacturing are engineering questions outside that single physics test.

Concept visualization of a container-scale field unit on a high-desert service pad

Concept visualization · Deployment unit

The core travels whole.

Reactor-core hardware within a forty-foot envelope, with balance of plant arranged as adjacent modules at the host site.

FIELD UNIT · CONCEPT

The machine
Concept visualization of two engineers working at a test bench

Help build Laurelin’s pulsed fusion machine in San Francisco.

RECRUITING STUDY · CONCEPT VISUALIZATION

Open roles