Inside the Zenodo Deposit
The breeder deposit is not a single PDF; it bundles the paper, the analysis inputs, the code revision, and the checksums needed to verify and rerun it.
What is in the archive
The breeder (Hyperion) Zenodo deposit is organized so that reading and reproducing are both possible from the same download. A reader who only wants the argument reads the manuscript; a reader who wants to check a number opens the corresponding analysis.
- The manuscript, describing the design point, methods, results, and the open gates.
- Frozen inputs for each of the 81 analyses, with units and provenance.
- The code revision (or a pinned reference to it) that turns inputs into outputs.
- Expected outputs and tolerances, so a rerun can be judged pass or fail.
- Checksums for every file, so a download can be verified byte-for-byte.
Manifest and checksums
Each deposit carries a manifest listing every file and its hash. A reader computes the hashes locally and compares; a mismatch means the download is corrupt or altered. This is the mechanism that makes two-tier reproduction possible: a Tier-1 byte-exact check and a Tier-2 within-tolerance check.
No economics in the deposit
The breeder deposit is a physics and engineering record. It contains no prices, no financial projections, and no cost figures. Product quantities are stated in mass and neutron terms only.
This page describes a design-and-simulation study, not a built machine. Construction of the breeder (Hyperion) begins Q2 2027; first-of-a-kind first tritium is targeted near 2030. No hardware net-gain claim is made before FOAK.