IndisputableMonolith.Climate.GeoengineeringApproachesFromConfigDim
This module defines geoengineering approaches derived from configuration dimension in the Recognition Science framework, establishing safe-deployment ratio bands that match the canonical J(φ) band. Climate modelers working within RS would cite it to bound intervention ratios using the self-similar fixed point. The module supplies type definitions, band limits, non-degeneracy lemmas, and certification objects with no executable proofs.
claimThe safe-deployment ratio band for geoengineering approaches is the interval bounded by lower and upper limits that aligns with the canonical band of the J-cost function evaluated at the golden-ratio fixed point $φ$.
background
Recognition Science builds physics from the J-cost functional equation and its fixed point φ. The module imports the base time quantum τ₀ = 1 tick from Constants and introduces the GeoengineeringApproach type together with derived constants safeBandLower and safeBandUpper. These objects encode deployment ratios whose band is required to contain the φ point while remaining non-degenerate.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
The module supplies the core objects for geoengineering certification inside the RS climate domain. It directly implements the doc-comment requirement that the safe-deployment ratio band matches the canonical J(φ) band, thereby linking configuration dimension to the J-uniqueness and phi-fixed-point steps of the forcing chain. No downstream theorems are listed, indicating it functions as a foundational block for later climate applications.
scope and limits
- Does not assign numerical values to deployment ratios outside the defined band.
- Does not model time evolution or feedback loops of climate systems.
- Does not incorporate economic costs or policy constraints.
- Does not claim optimality among all possible geoengineering strategies.