IndisputableMonolith.Experimental.XenonExcessStructure
The XenonExcessStructure module establishes that xenon-excess observations supply structural constraints usable as input for DAMA-modulation analysis. Experimental physicists correlating signals across xenon and NaI detectors would cite it when testing consistency of annual modulation claims. The module imports the DAMA structure definitions and organizes three sibling declarations that encode the implication without containing proofs.
claim$ xenon excess structure implies DAMA modulation structural input $
background
This module sits in the experimental subdomain and imports DAMAModulationStructure to reuse its definitions of modulation structure. Recognition Science supplies the underlying J-cost and phi-ladder primitives that appear in the imported module; the present file adds no new foundational objects but assembles the xenon-to-DAMA link. The local setting is therefore one of cross-experiment implication rather than derivation from the T0-T8 forcing chain.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
The module feeds the AtomkiX17Structure module, supplying the xenon-DAMA implication required for that downstream analysis of the X17 anomaly. It directly implements the experimental step stated in its own doc-comment and closes one link in the chain that connects detector-specific excesses back to Recognition Science primitives.
scope and limits
- Does not derive numerical event rates or modulation amplitudes.
- Does not perform statistical tests on real detector data.
- Does not address possible backgrounds or systematic errors.
- Does not extend the T0-T8 forcing chain or RCL.