IndisputableMonolith.Experimental.DAMAModulationStructure
This module establishes that DAMA modulation structure implies ANITA-upgoing structural input in the Recognition Science experimental layer. Physicists modeling annual modulation signals alongside neutrino anomalies would cite the implication to connect DAMA/LIBRA data with ANITA events. The module consists of sibling definitions for ledger-derived modulation and the core implication theorem, structured as a thin wrapper over the imported ANITAUpgoingStructure.
claimDAMA modulation structure (defined via ledger and phi-ladder) implies ANITA upgoing structural input.
background
Recognition Science derives experimental structures from the J-cost function and phi-ladder in the UnifiedForcingChain (T0-T8). This module sits in the Experimental domain and imports ANITAUpgoingStructure to supply the upgoing-event definitions. It introduces local objects dama_modulation_from_ledger and dama_modulation_structure that encode annual modulation patterns consistent with the Recognition Composition Law.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
The module supplies the DAMA-ANITA link required by the downstream XenonExcessStructure. It fills the experimental-implication step that follows the eight-tick octave and D=3 spatial dimensions in the forcing chain, allowing anomaly data to constrain the phi-ladder mass formula.
scope and limits
- Does not derive numerical DAMA rates or amplitudes.
- Does not address direct Xenon or other detector data.
- Does not close the full anomaly chain without the XenonExcessStructure import.
- Does not relax the ANITAUpgoingStructure hypotheses.