The Open-Science Principles

The breeder record follows a small set of commitments — open data, open code, stated uncertainty, named gates, and permanent citability — that together define its posture.

The commitments, in one place

The breeder (Hyperion) program's open-science posture is not a slogan; it is a set of concrete commitments that each map to a mechanism elsewhere in this record.

• Open data: inputs and outputs are deposited with checksums (data availability).
• Open code: analysis code is released under an open license (code availability).
• Reproducibility: pinned environments and two-tier reproduction (reproduction guide).
• Stated uncertainty: results carry intervals, not just point values (UQ method).
• Named gates: the open questions are published, not hidden (honest gates).
• Permanence: DOI-stamped, versioned deposits (versioning).
• Pre-registration: falsifiers published before the data (pre-registration).
• No economics: the public record carries no prices, costs, or valuations.

Why these and not more

The list is short on purpose: each item is enforceable and checkable, and each corresponds to a thing a skeptic can independently verify. Principles that cannot be checked are not principles; they are promises.

Each commitment also has a failure mode that would expose it: a broken checksum defeats open data, an unpinned dependency defeats reproducibility, a removed gate defeats honesty, and an overwritten deposit defeats permanence. Naming those failure modes is what turns the list from aspiration into something a skeptic can attempt to break — which is the only test a principle of this kind can meaningfully pass.

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.