IndisputableMonolith.Physics.ClimatePhysicsFromRS
This module derives climate physics from Recognition Science by defining energy balance as the condition where the J-cost vanishes. Climate physicists and foundational theorists would cite it when linking RS constants to atmospheric dynamics. The structure relies on importing the Cost module and defining siblings like energy_balance and ClimateFeedback around the J = 0 equilibrium.
claimEnergy balance holds under the condition $J = 0$, where $J$ denotes the recognition cost function satisfying the composition law from the Cost module.
background
Recognition Science applies the J-cost function, imported from IndisputableMonolith.Cost, to derive physical relations. This module specializes the framework to climate physics by enforcing energy balance at J = 0. It introduces sibling definitions including ClimateFeedback and energy_balance to capture feedback mechanisms and equilibrium states in this setting.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
This module supplies the RS-derived foundation for climate applications, feeding into certification objects such as ClimatePhysicsCert among its siblings. It extends the general J-cost and Recognition Composition Law to energy balance in atmospheric systems.
scope and limits
- Does not include numerical climate simulations or data fitting.
- Does not derive specific values for climate parameters beyond the J=0 condition.
- Does not address time-dependent dynamics or transient states.