The Kronos Design Methodology
Kronos designs from the physics outward and freezes to a single, reproducible point — then defends that point in the open.
- Breeder point
- config 22021, Q 3.076
- Burner point
- Mode M, Q_E 1.31
The design method starts with the fuel and the mission, not a platform. For each machine, a reduced-order model sweeps the parameter space — thousands of configurations — to find operating points that close on power balance, stability and the fuel cycle simultaneously.
A single configuration is then selected as the frozen design point (breeder config 22021, Q = 3.076; burner Mode M, QE = 1.31). Freezing means every downstream artefact — papers, figures, the 3D model, this library — reproduces the same numbers from the same source.
Common questions
Fix a frozen, internally consistent design point in physics-based engines, explore the space around it, apply margins, and publish the engines openly so the point can be reproduced and checked.
Its openness and discipline — a single frozen canon, transparent reduced-order engines, and stated gates — rather than a proprietary claim taken on trust.