supernova_mechanism_structure
plain-language theorem explainer
The supernova mechanism structure theorem establishes that the supernova mechanism proposition from the ledger holds because it is definitionally identical to the stellar initial mass function proposition from the ledger. Astrophysicists working on core-collapse yields and stellar population synthesis would cite this when chaining IMF constraints to explosive endpoints. The proof is a one-line term that invokes the stellar IMF structure theorem.
Claim. The supernova mechanism structure asserts that the proposition defining the supernova mechanism from the ledger is true, since that proposition is definitionally the same as the stellar initial mass function from the ledger proposition, which is established by the stellar initial mass function structure theorem.
background
In the Recognition Science ledger, astrophysical structures are obtained by successive implications from the J-functional equation and the phi-ladder. The stellar initial mass function structure theorem shows that the IMF proposition from the ledger follows from the ultra-high-energy cosmic ray structure. The supernova mechanism from ledger is introduced as the proposition that is literally identical to the stellar IMF from ledger proposition.
proof idea
This is a one-line term proof that applies the stellar IMF structure theorem directly to the definitionally equal supernova mechanism from ledger proposition.
why it matters
The declaration supplies a direct structural bridge between supernova mechanisms and the stellar initial mass function inside the astrophysics module. It continues the chain that begins with the UHECR structure and thereby embeds supernova modeling inside the Recognition Science derivation of astrophysical phenomena from the forcing chain. No downstream uses are recorded yet, and no open scaffolding questions are closed by this step.
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