miniboone_lsnd_from_ledger
plain-language theorem explainer
This definition equates the MiniBooNE/LSND structural proposition to the flyby anomaly ledger input. Experimental physicists linking neutrino oscillation data to spacecraft trajectory anomalies would cite it to share a common ledger premise. It is realized as a direct one-line abbreviation of the upstream flyby anomaly definition.
Claim. Let $P$ be the proposition that MiniBooNE and LSND experimental structures follow from the ledger. Then $P$ is defined to hold precisely when the flyby anomaly follows from the ledger.
background
Ledger propositions in this module encode structural constraints drawn from experimental anomalies. The upstream flyby anomaly from ledger is itself an abbreviation of the atomki x17 from ledger, which encodes nuclear transition data. The module resides in the experimental domain and imports FlybyAnomalyStructure to connect neutrino results to the same ledger chain.
proof idea
This is a one-line abbreviation that directly aliases the flyby anomaly from ledger definition.
why it matters
The definition supplies the shared premise for the downstream theorems miniboone_lsnd_implies_flyby and miniboone_lsnd_structure. It extends the ledger chain that begins at atomki x17, through flyby anomaly, into neutrino experiments, supporting the Recognition Science unification of anomalies under a single structural input.
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