IndisputableMonolith.CrossDomain.PlanetStratification
Module defines planetary stratification in the cross-domain extension of Recognition Science. Introduces PlanetStratum together with AtmosphericLayer, EarthLayer and OceanLayer as proper subsets. Establishes that the three layer injections each cover only 5 of 15 strata. Supplies the combinatorial primitives for layer counts and three-dimensional structure.
claimLet $P$ be PlanetStratum with $|P|=15$. Let $A$, $E$, $O$ be AtmosphericLayer, EarthLayer, OceanLayer. The canonical injections $i_A:A o P$, $i_E:E o P$, $i_O:O o P$ are proper and non-surjective, each with image cardinality 5.
background
Module resides in CrossDomain and applies the Recognition framework to discrete planetary layering. It defines PlanetStratum as the total discrete set, together with the three layer types AtmosphericLayer, EarthLayer, OceanLayer. Associated count functions are atmoCount, earthCount, oceanCount and planetStratumCount. The module also records the three proper-subset lemmas and the three-dimensionality statement planetStratum_three_D. The setting is consistent with the eight-tick octave and D=3 from the unified forcing chain.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
Supplies the layer primitives that support cross-domain applications of Recognition Science to planetary structure. Aligns with the forcing-chain step T8 (D=3) and the Recognition Composition Law by treating layers as distinct recognition domains. No downstream theorems are listed in the dependency graph.
scope and limits
- Does not derive the layer cardinalities from the phi-ladder or mass formula.
- Does not model dynamical interactions or energy exchange between layers.
- Does not connect the stratification to Berry creation threshold or Z_cf.
- Does not address the alpha band or RS-native constants inside the layers.
declarations in this module (14)
-
inductive
AtmosphericLayer -
inductive
EarthLayer -
inductive
OceanLayer -
theorem
atmoCount -
theorem
earthCount -
theorem
oceanCount -
abbrev
PlanetStratum -
theorem
planetStratumCount -
theorem
atmo_is_proper_subset -
theorem
earth_is_proper_subset -
theorem
ocean_is_proper_subset -
theorem
planetStratum_three_D -
structure
PlanetStratificationCert -
def
planetStratificationCert