IndisputableMonolith.Physics.AtmosphericPhysicsFromRS
Module defines atmospheric layers and phenomena via the Recognition Science J-cost. It certifies equilibrium as the state J=0. Planetary modelers cite it when decomposing a planet into independent atmosphere, solid Earth, and ocean strata. The module is purely definitional, declaring types, counts, and an equilibrium certification that imports the cost function.
claimAtmospheric equilibrium is the condition $J=0$. The module introduces discrete AtmosphericLayer and WeatherPhenomenon objects together with their cardinalities and a certification that equilibrium holds precisely when the J-cost vanishes.
background
The module operates in the physics domain of Recognition Science and imports the J-cost definition from IndisputableMonolith.Cost. It introduces AtmosphericLayer as the discrete strata comprising the atmospheric 5-stack and WeatherPhenomenon as observable events governed by the same cost. Equilibrium is stated directly as vanishing J, consistent with the Recognition Composition Law applied to atmospheric dynamics.
proof idea
This is a definition module, no proofs. It declares the layer and phenomenon types, supplies their counts, defines atmospheric_equilibrium as the J=0 predicate, and provides AtmosphericPhysicsCert as the certification object.
why it matters in Recognition Science
Supplies the atmospheric 5-stratum stack for the planetary 15-stratum direct sum in PlanetStrataC2. That downstream module decomposes the planet into three independent stacks (atmosphere, solid Earth, ocean) and relies on this module's J=0 equilibrium to close the atmospheric component of the Recognition Science forcing chain.
scope and limits
- Does not model time-dependent weather evolution.
- Does not incorporate external radiative forcing.
- Does not yield numerical pressure or temperature profiles.
- Does not address coupling to ocean or solid-Earth strata.