electron_mass_status
plain-language theorem explainer
The declaration records that the electron mass follows the Z-structure but requires an undetermined topological shift of approximately 34.7, conjecturally involving the integer factor 2 times 17. Researchers deriving particle masses via the phi-ladder would cite this status marker when addressing T9 frontier items. The definition performs a direct string assignment with no further computation.
Claim. The electron mass residue follows the Z-structure prediction with an additional undetermined shift of approximately 34.7, conjecturally an integer multiple such as $2 times 17$.
background
This entry sits in the Meta.Axioms registry, which partitions claims into physical postulates, standard mathematical facts, and open problems. The open-problem class includes the missing shift for the electron mass, cross-referenced to Physics/ElectronMass.lean. Upstream results supply the Z map from Masses.Anchor, defined sector-wise as $Z = (6Q)^2 + (6Q)^4$ for leptons, and the gap function from AnchorPolicy as $log(1 + Z/phi)/log phi$. The module document states that open problems represent the research frontier and lists this item explicitly under T9 Frontier.
proof idea
The definition is a one-line wrapper that returns the literal string Open Problem (T9 Frontier). It references the Gap45 gap value of 45 and the Anchor Z function only to locate the mass residue in context; no lemmas are applied and no reduction occurs.
why it matters
The declaration flags the T9 frontier open problem for the electron mass residue inside the Recognition Science mass formula (yardstick times phi to the power of rung minus 8 plus gap(Z)). It connects directly to the phi-ladder and the eight-tick octave but supplies no derivation of the required shift. No downstream theorems appear in the used_by list, so the entry functions as a placeholder for future closure rather than feeding an existing chain.
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