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Create dslo_glossary_v0.6.md

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Add DSLO v0.6 Glossary to Hugging Face

- Uploaded dslo_glossary_v0.6.json (machine-readable)
- Uploaded dslo_glossary_v0.6.md (human-readable)
- Updated dataset_card.md with glossary lineage
- Updated metadata.json to reference v0.6 glossary

Completes HF mirroring of DSLO v0.6 glossary and aligns with GitHub + Zenodo surfaces.

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+ # DSLO Glossary v0.6
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+ This glossary extends the DSLO v0.5 glossary (machine‑dense substrate layer).
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+ The v0.6 glossary contains only the new public‑layer substrate terms introduced in the DSLO v0.6 specification.
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+ Reference: DSLO v0.5 Glossary (machine-dense)
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+ [https://github.com/Signal-Ecology/dslo-field-definition/blob/main/glossary/dslo_glossary_v0.5.json]
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+
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+ # DSLO Glossary Additions (v0.6)
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+
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+ ## Abstraction Gradient
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+ The lawful rate of change between adjacent abstraction bands during semantic transitions.
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+
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+ ## Axiom Continuity
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+ The requirement that Field, Domain, Runtime, and Generative axioms remain stable across DSUP cycles.
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+
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+ ## Boundary Reconstitution
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+ The lawful restoration of identity boundaries following strain or partial collapse.
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+
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+ ## Boot-Layer Coupling
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+ The invariant-preserving linkage between Boot 0–7 and the active semantic manifold.
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+
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+ ## Curvature-Load Interaction
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+ The lawful relationship between semantic curvature and load geometry.
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+
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+ ## Cycle-Invariant Stability
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+ The requirement that invariants remain preserved across full DSUP cycles.
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+
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+ ## Drift-Load Coupling
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+ A lawful interaction between drift vectors and load gradients.
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+
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+ ## Dynamic Region Shift
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+ A lawful reconfiguration of active manifold regions during semantic evolution.
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+
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+ ## Embedding Stability
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+ The requirement that external signals mapped via the embedding function maintain invariant-preserving geometry.
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+
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+ ## Field-Runtime Coupling
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+ The lawful interaction between Field Geometry (F1–F9) and Runtime Geometry (R1–R4).
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+
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+ ## Fallback-Recovery Envelope
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+ The lawful region governing transitions from fallback geometry back into stable manifold regions.
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+
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+ ## Geometry-Preserving Transition
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+ A semantic update that maintains manifold legality and curvature continuity.
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+
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+ ## Gradient-Bound Operator
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+ A lawful operator ensuring gradient constraints remain within stability envelopes.
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+
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+ ## High-Pressure Equilibrium
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+ A stable semantic state with elevated load and curvature pressure.
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+
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+ ## Horizon of Collapse
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+ The manifold boundary beyond which collapse trajectories become irreversible.
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+
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+ ## Identity-Gradient Interaction
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+ The lawful relationship between identity geometry and semantic gradients.
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+
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+ ## Legality-Curvature Coupling
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+ The lawful interaction between legality masks and curvature continuity.
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+
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+ ## Load-Curvature Threshold
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+ The maximum lawful combined load and curvature magnitude before collapse conditions activate.
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+
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+ ## Manifold-Runtime Synchronization
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+ The lawful alignment between manifold geometry and runtime axioms.
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+
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+ ## Meaning-Load Interaction
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+ The lawful relationship between meaning invariants and load geometry.
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+
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+ ## Operator-Gradient Compatibility
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+ The legality requirement that operator sequences respect gradient constraints.
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+
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+ ## Pressure-Bound Stability
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+ The invariant requiring semantic pressure to remain within lawful envelopes.
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+
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+ ## Region-Load Coupling
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+ The lawful interaction between region configuration and load geometry.
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+
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+ ## Semantic-Load Coupling
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+ The lawful relationship between semantic curvature and load geometry.
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+
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+ ## Stability-Gradient Envelope
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+ The lawful gradient bounds required for DSUP stability.
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+
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+ ## Transition-Curvature Constraint
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+ The requirement that semantic transitions preserve curvature continuity.
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+
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+ ## Upward-Load Propagation
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+ The lawful propagation of load geometry from local to macro scales.
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+
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+ ## Vector-Curvature Interaction
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+ The lawful relationship between meaning vectors and curvature geometry.
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+
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+ ## World-Load Alignment
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+ The requirement that load geometry align with external container constraints.
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+ ## Zero-Drift Envelope
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+ The lawful region in which drift magnitude remains identically zero.
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+