IndisputableMonolith.Physics.AstrophysicsStarFormationFromRS
This module applies Recognition Science to star formation by defining discrete stages, Jeans mass, and certification objects from RS constants. Researchers deriving collapse thresholds without classical gravity would cite these constructs for self-similar structure formation. The module consists entirely of definitions and type declarations that build directly on the imported time quantum without any theorem proofs.
claimDefines the star formation stage predicate, the Jeans mass $M_J$ and ratio in RS-native units, the stage count, and the certification predicate $StarFormationCert$ for collapse events.
background
The module imports the fundamental RS time quantum from IndisputableMonolith.Constants, where the doc-comment states that the RS-native time quantum satisfies τ₀ = 1 tick. It introduces StarFormationStage as discrete phases in the collapse sequence, jeansMass as the critical mass threshold obtained from the phi-ladder mass formula, and StarFormationCert as a predicate certifying valid formation events. The setting extends the Recognition Composition Law and the self-similar fixed point phi to astrophysical scales while remaining inside the physics domain.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
This module supplies the core definitions that connect Recognition Science constants to stellar collapse, providing the objects needed for any downstream astrophysics derivations in the framework. It links the phi-ladder mass formula and eight-tick octave to observable star-formation criteria through the Jeans mass and stage certifications. No theorems currently depend on it in the supplied graph.
scope and limits
- Does not derive numerical Jeans-mass values from telescope data.
- Does not include magnetic fields or turbulence in the collapse model.
- Does not simulate time evolution of protostellar cores.