Investors · Public brief
Power that arrives whole.
Laurelin is developing a container-class pulsed ²H–²H reactor architecture. The target places reactor-core hardware within a forty-foot envelope, with balance of plant deployed as adjacent modules.
Public overview · Concept-stage
The thesis
New load is arriving faster than new wires.
Data centers can wait years for interconnection. Mines, bases, and factories still rely on diesel where the grid never reached them. Reactor-core hardware designed around a forty-foot shipping-container envelope could move through infrastructure that already exists, with balance of plant deployed as adjacent modules.
The architecture
The core is the transport unit.
A symmetric linear pulsed field-reversed configuration with direct electromagnetic conversion, with reactor-core hardware sized to a forty-foot ISO envelope and balance of plant arranged as adjacent modules.
- Fuel
- ²H–²H (deuterium–deuterium)
- Configuration
- Symmetric linear pulsed field-reversed configuration
- Recovery
- Direct electromagnetic conversion
- Envelope
- Reactor-core hardware · 40 ft ISO envelope · adjacent BOP modules
- Status
- Concept-stage; non-nuclear bench evidence to be developed
Concept visualization · Reactor-core envelope
The evidence program
The architecture is concept-stage.
The non-nuclear bench evidence on which the architectural claims will ultimately stand or fall is to be developed.
- FRC stability at the rep-rate the economics require
- Plasma-facing materials under the ²H–²H neutron spectrum
- Direct conversion as a measured per-pulse channel
The architectural thesis stands or falls on that record.
The public case
Read the full public case.
The public whitepaper sets out the energy thesis, architectural commitments, risk register, and open problems.