IndisputableMonolith.Experimental.AtomkiX17Structure
The module establishes that Atomki-X17 structure implies xenon-excess structural input within Recognition Science. Experimental physicists mapping particle anomalies to RS units would cite it to link X17 signals with xenon detector data. It imports XenonExcessStructure and contains sibling declarations that encode the implication without internal proofs.
claimAtomki-X17 structure implies xenon-excess structural input: $A_{X17} implies X_{Xe}$.
background
Recognition Science maps experimental anomalies onto the J-cost function and phi-ladder in native units. The module sits in the experimental domain and imports XenonExcessStructure to supply the structural input required for xenon excess modeling. Its doc-comment states the core relation directly.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
The module feeds FlybyAnomalyStructure by supplying the xenon-excess input derived from Atomki-X17. It closes one link in the chain of experimental structures that connect particle anomalies to the broader Recognition framework.
scope and limits
- Does not derive X17 mass or coupling from the T0-T8 forcing chain.
- Does not perform statistical fits to Atomki or xenon datasets.
- Does not address flyby anomaly or other downstream structures.