IndisputableMonolith.Quantum.QMInterpretationStructure
The module supplies the structural content for the Recognition Science interpretation of quantum mechanics. Classical descriptions emerge as minima of the J-cost function. Researchers extending the J-cost framework to quantum foundations would cite this module for its setup of the interpretation. It builds directly on the imported ClassicalEmergence result with no internal proofs.
claimThe module defines the structure in which the classical description emerges as a $J$-cost minimum.
background
This module resides in the Quantum domain and imports ClassicalEmergence, whose doc-comment targets QF-011: deriving the emergence of classical physics from quantum mechanics using the J-cost framework. The upstream core insight states that the classical world emerges from quantum mechanics through decoherence but is here recast via J-cost minima.
The module doc-comment specifies the RS interpretation content as classical description emerges as a J-cost minimum. It introduces no new definitions beyond those inherited from the J-cost and forcing-chain machinery in upstream results.
proof idea
This is a definition module, no proofs.
why it matters in Recognition Science
The module supplies the interpretation structure that supports QF-011 on classical emergence from many-body J-cost. It feeds the Recognition Science quantum results by formalizing how the J-uniqueness (T5) and RCL translate into an interpretation where classical limits appear as cost minima. No downstream declarations are listed, so it closes the structural layer for further quantum claims.
scope and limits
- Does not derive explicit physical constants or spectra.
- Does not address the measurement problem beyond the J-cost minimum statement.
- Does not contain numerical or simulation content.