WaterPrediction
plain-language theorem explainer
WaterPrediction bundles four default real numbers that encode expected changes in water under intention: a 65 ps gate time, 5% shift in relaxation parameter, 10 nm coherence domains, and 10% domain-size shift. Experimental groups testing voxel-derived claims would cite these values when designing NMR or scattering runs. The declaration is a bare structure definition that simply initializes the fields with no lemmas or reductions.
Claim. The record consists of four real parameters: expected gate time $65$ ps, expected percentage change in relaxation time of $5$, expected coherence domain size of $10$ nm, and expected percentage change in domain size of $10$.
background
The module states that all predictions, including water structure alterations near intention, are hypotheses equipped with explicit falsification criteria. It lists five core predictions, the fourth being changed coherence domains measurable by spectroscopy or scattering. The structure depends on the theorem from seven independent axioms to four structural conditions plus three definitional facts.
proof idea
The declaration is a structure definition that directly supplies default values to the four real fields. No lemmas are applied and no tactics are used.
why it matters
The definition supplies the water constants required by theoryConfirmed, which returns true only when the water_falsified flag is false along with the other four falsification flags. It realizes the module's fourth core prediction of altered coherence domains. The surrounding framework treats these numbers as open hypotheses derived from the voxel construction rather than as theorems.
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