IndisputableMonolith.Quantum.QMInterpretationStructure
The QMInterpretationStructure module organizes Recognition Science structures showing that classical descriptions emerge as J-cost minima in quantum mechanics. Researchers in quantum foundations would cite it to link ledger states to emergent classical behavior via the imported ClassicalEmergence results. It defines three sibling declarations that map interpretations to cost gaps without new proofs.
claimThe module defines structures where the classical limit satisfies the J-cost minimum condition, with declarations qm_interpretation_from_ledger, qm_interpretation_structure, and qm_interpretation_implies_cost_gap.
background
The module resides in the quantum domain and imports ClassicalEmergence, whose target is to derive classical physics from quantum mechanics using the J-cost framework. Its core insight is that the classical world emerges from quantum mechanics through decoherence, expressed in RS as a J-cost minimum. The module introduces the three sibling declarations that supply the interpretation content.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
This module supplies the structural interface for QM interpretations that extend the parent QF-011 result on classical emergence from many-body J-cost. It positions the classical description as a J-cost minimum, providing the organizational layer for ledger-based quantum states within the Recognition Science framework.
scope and limits
- Does not derive new emergence theorems from J-cost.
- Does not address the measurement problem or decoherence details.
- Does not connect to the phi-ladder, mass formulas, or RS constants.
- Does not provide explicit J-cost computations or numerical examples.