Home · Breeder-First vs Single-Machine
Comparison

Breeder-first vs single-machine fusion.

Most fusion companies chase net electricity from one machine. Kronos splits the problem: breed the fuel and strategic materials first, then burn the fuel for power.

The breeder-first strategy →Run the physics →
Side by side

One hard bet vs a staged program.

Single machine
One machine, one goal
  • Everything rides on net electricity from a single device
  • No product until the last, hardest step works
  • A single point of failure for the whole thesis
Kronos
Two machines, staged
  • Breeder makes helium-3, tritium, 14 MeV neutrons — a product before a plant
  • The physics that must close is solved at demonstrated confinement (Q 3.424)
  • Burner is optimized purely to convert fuel to power
  • Value at each step, not only at the end

Fuel follows purpose, not platform: breed what's needed, burn it where it's needed.

Verify it yourself

Open by design.

Live simulation
Run the engines
Open →
Open data
Zenodo · CC BY 4.0
Open →
How it works
The two machines
Open →
Learn (Fusion 101)
Go deeper
Open →
The breeder-first strategy →Fusion's fuel problem →The architecture →
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Why breeder-first.

The strategy in full.

Breeder-first →
Conceptual design and simulation study; the integrated Kronos machines are not yet built, and certain results are requirement-class. No financial figures are published on this site.