Every number on this page traces to one of two citable archives. This live page runs the exact code they contain — the breeder engine in your browser, and the generator engine precomputed from the same deposited source. Read them, run them, check us.
The physics, design, and conditional economics of the spherical-tokamak tritium / helium-3 breeder, which Kronos calls HYPERION. Pure-NumPy evaluator; one command reproduces the frozen design point (Q 3.076, 85.0 MW, 9.66 MA, TBR lever 1.03–1.06 → 1.18–1.20 solid-Be (tritium-marginal)).
DOI 10.5281/zenodo.21746157
Open the breeder deposit →The physics of the D–³He tandem-mirror generator with direct energy conversion — the mirror engine, the closure suite, and the frozen fuel-cleanliness trajectory. Physics only; economics are deliberately out of scope. Kronos builds it in two lengths — Aegis (defense / forward installations) and MetroVolt (data centers & cities). Mode M is the reproducible closing point — physics inherited unchanged; it reaches Q_E 1.31 (requirement-class — needs the end-plug density, not yet demonstrated), f_n 5.44%, with net electric that scales with length (+104 / +850 / +2832 MW_e).
DOI 10.5281/zenodo.21746479
Open the generator deposit →The breeder pages load kronos_clean.py and
dt_evaluator.py verbatim into a WebAssembly Python
runtime and re-derive the frozen point before unlocking the sliders.
The mirror engine needs SciPy, so its solve_point()
output is precomputed across the closure map from the deposited source and read live. The 55 m reference point
reproduces QE 0.629.
Both engines report their gaps: the breeder's damage-life-limited availability and triangularity-sign caveat; the generator's thermal barrier, electron direct conversion, and the corrected-bremsstrahlung deficit. Named, not hidden.