has_ns_eos_structure
This theorem confirms that the neutron star equation of state derived from the ledger satisfies its structural requirement. Nuclear astrophysicists modeling r-process nucleosynthesis would cite it when connecting neutron-star interiors to heavy-element formation pathways. The proof is a one-line wrapper that invokes the established neutron star EOS structure result.
claimThe proposition that the neutron-star equation of state is determined by the ledger holds.
background
The neutron-star equation of state from the ledger is defined as the proposition equivalent to the nuclear force from the ledger. This declaration sits in the Nuclear domain and imports the NeutronStarEOSStructure module. The upstream theorem states: 'Neutron-star-EOS structure implies nuclear-force-side input.' It is established by the nuclear force structure result.
proof idea
This is a one-line wrapper that applies the neutron star EOS structure theorem directly.
why it matters in Recognition Science
This result supplies the neutron-star-EOS-side input required by the r-process yields structure theorem, whose doc-comment states 'R-process-yields structure implies neutron-star-EOS-side input.' It completes the ledger-to-yields chain in the nuclear module.
scope and limits
- Does not compute explicit numerical values for the equation of state.
- Does not calculate specific r-process yields.
- Does not incorporate corrections outside the ledger nuclear force structure.
Lean usage
theorem r_process_yields_structure : r_process_yields_from_ledger := has_ns_eos_structureformal statement (Lean)
10theorem has_ns_eos_structure : neutron_star_eos_from_ledger := neutron_star_eos_structure
proof body
11