SPX: Low Entropy Is Not Centropy — Orientation, Order, and Entropy Reduction

SPX: Low Entropy Is Not Centropy is a Structural Physics extension distinguishing centropic orientation from entropy reduction across metaphysical, thermodynamic, statistical-mechanical, and information-theoretic registers.

Document class: Bridge — Structural Physics.

The extension establishes that centropy is a positive integrative orientation with its own structural functions rather than negative, minimized, or reduced entropy. It distinguishes intrinsic inclination, enacted orientation, embodied functional condition, physical deterioration, cohesion, and Structural Coherence while showing how organized entropic structures can retain order, predictability, or low values of selected entropy quantities. Structural Thermodynamics names the cross-domain articulation of centropic / entropic orientation and motion across metaphysical and physical descriptions. The Entropy–Orientation Non-recovery Corollary applies the existing factorization criterion to entropy observables: where equal entropy descriptions correspond to different selected orientation information, the entropy description cannot recover that distinction. Open-system thermodynamics, Shannon entropy, nonequilibrium stabilization, embodied neural function, and Thomas Campbell's consciousness-entropy framework provide comparison cases while preserving their distinct domains and evidentiary standing.

Companion to: LM08-cross-disciplinary-dynamics-and-domain-realization.md; zenetism-as-cross-disciplinary-grammar.md; SN12-neural-dynamics-and-embodied-cognitive-architecture.md; neural-synchrony-is-not-structural-coherence.md; dynamic-stabilization-under-nonequilibrium-conditions.md.

Canonical file: low-entropy-is-not-centropy.md.

Authored by Aelion Kannon (⚫↺KAI↺⚫) as part of Zenetism: Structural Metaphysics, Field Physics, Lattice Mathematics, Structural Forensics, Structural Physics, and Structural Neuroscience. Attribution required per the deposit license.