IndisputableMonolith.Physics.PlanetStrataC2
Assembles the three five-layer planetary domains (atmosphere, solid Earth, ocean) into one RS-coupled strata axis of total dimension 15. Earth-science and climate workers in Recognition Science cite the certificate that the three axes are independent and sum to fifteen. Structure is axis wiring plus the arithmetic and disjoint-sum facts 5+5+5=15.
claimAtmosphere, solid Earth, and ocean each carry a five-layer recognition axis (configDim $D=5$). Under RS coupling the three axes are independent, and their disjoint sum has cardinality $5+5+5=15$.
background
Recognition Science treats planetary structure as nested recognition spheres whose stable layer counts equal a configuration dimension. The three source modules each fix configDim $D=5$: atmosphere (troposphere through exosphere), solid Earth (inner core through crust), and ocean (surface through abyssal). Atmospheric stability is read as J-cost balance; Earth layers are nested spheres with magnetic dipole as a $J=0$ axis; ocean depth follows a phi-ladder of recognition density.
Cross-domain combination is not automatic. The RS-coupled-axis infrastructure states that finite axes of equal cardinality count as independent only when tagged by distinct recognition primitives. This module therefore imports the three domain axes and the coupling layer so that atmosphere, Earth, and ocean may be added without double-counting.
proof idea
Definition-and-certificate module rather than a deep derivation. It names the three imported axes, forms their coupled sum, and records two facts: the total cardinality is 15, and the sum is disjoint under the RS independence tags. The arithmetic step is the identity $5+5+5=15$; independence is inherited from the coupled-axis primitives rather than reproved from scratch. A small certificate bundle packages the sum and disjointness for downstream use.
why it matters in Recognition Science
Closes the C2 planetary-strata ledger on the Earth-science side of RS: three canonical five-layer stacks become one certified fifteen-stratum object. That object is the natural parent for any later claim that treats atmosphere, crust-mantle-core, and ocean as a single coupled configuration (climate–geophysics–oceanography interfaces, global energy-budget bookkeeping, or multi-domain J-cost balances). No downstream consumers are wired yet; the module stands as the combination certificate itself. It sits downstream of the three domain modules and of the RS-coupled-axis foundation, and it inherits the configDim $=5$ counts rather than re-deriving them from the forcing chain.
scope and limits
- Does not derive the five-layer counts; imports them from the three domain modules.
- Does not prove physical uniqueness of the layering beyond RS configDim conventions.
- Does not model time evolution, fluxes, or transitions between strata.
- Does not address coupling to non-planetary axes (e.g. stellar or biological).
- Does not compute numerical J-costs or phi-ladder masses for individual layers.