IndisputableMonolith.Foundation.PhysicsLogicRealization
PhysicsLogicRealization supplies the minimal recognition-state skeleton indexed by identity ticks, extending OrderedLogicRealization. Researchers auditing the Universal Forcing program cite it when moving from ordered logic to physics states and costs. The module consists entirely of definitions for PhysicsState, physicsCost, tickStep, physicsInterpret and physicsRealization together with their immediate properties.
claimThe module defines $\mathrm{PhysicsState}$ as the recognition state indexed by identity ticks, the cost function $\mathrm{physicsCost}$ obeying self-consistency and symmetry, the step map $\mathrm{tickStep}$, the interpretation $\mathrm{physicsInterpret}$, and the realization $\mathrm{physicsRealization}$.
background
The module imports OrderedLogicRealization, whose doc-comment states it supplies an ordered faithful realization for Universal Forcing. It introduces the physics-specific layer on top of that ordered structure, defining PhysicsState as the minimal skeleton indexed by ticks and physicsCost as the associated cost with its self and symmetry lemmas. The local setting is the transition from ordered logic to a concrete physics interpretation inside the Recognition Science framework.
proof idea
this is a definition module, no proofs
why it matters in Recognition Science
The module is imported by UniversalForcingAudit, whose doc-comment describes it as the reproducible audit surface for the Universal Forcing program. It supplies the physics-state layer required to audit the realization step that follows OrderedLogicRealization.
scope and limits
- Does not derive the forcing chain T0-T8.
- Does not compute RS-native constants such as alpha inverse.
- Does not prove faithfulness of physicsRealization.
- Does not address non-tick or higher-dimensional structures.