IndisputableMonolith.Physics.DarkMatterAbsoluteCrossSectionScoreCard
The module normalizes the neutrino-reference channel to absolute cm² units for dark-matter cross sections. It extends the P0-A6 band scorecard by supplying reference values sigma_nu_reference_cm2 and sigma_DM_cm2 together with a certification object. The structure consists of definitions for the reference and band rows plus a holding theorem.
claimThe module defines the neutrino reference cross section $sigma_nu^ref$ (cm²) and the dark-matter cross section $sigma_DM$ (cm²) whose ratio equals the golden-section quantum $J(phi)=phi-3/2$.
background
This module sits inside the Recognition Science treatment of dark-matter phenomenology and imports the structural band from DarkMatterCrossSectionBandScoreCard. That upstream result states the native ratio of dark-matter to neutrino-reference cross sections is the golden-section recognition quantum $J(phi)=phi-3/2$. The present module converts the band into absolute cm² units via protocol normalization for the neutrino channel.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
The module completes the absolute-cross-section scorecard for the P0-A6 chain step. It supplies the certification DarkMatterAbsoluteCrossSectionScoreCardCert whose holding theorem darkMatterAbsoluteCrossSectionScoreCardCert_holds records the normalized values. These objects feed downstream applications of the phi-ladder mass formulas and the eight-tick octave structure.
scope and limits
- Does not derive the ratio J(phi) from the forcing chain.
- Does not evaluate numerical cross sections outside the band.
- Does not address channels other than the neutrino reference.
- Does not incorporate experimental upper bounds.