dslo.axioms.jsonld

{
  "@context": {
    "dlo": "https://www.tnopsi.com/ddslo/",
    "Axiom": "dlo:Axiom",
    "hasLabel": "dlo:hasLabel",
    "hasLayer": "dlo:hasLayer",
    "hasDescription": "dlo:hasDescription"
  },
  "@graph": [
    {
      "@id": "dlo:BoundaryIntegrity",
      "@type": "Axiom",
      "hasLabel": "Boundary Integrity",
      "hasLayer": "FieldPhysics",
      "hasDescription": "Systems remain coherent only when they maintain a stable distinction between inside and outside."
    },
    {
      "@id": "dlo:TemporalRhythm",
      "@type": "Axiom",
      "hasLabel": "Temporal Rhythm",
      "hasLayer": "FieldPhysics",
      "hasDescription": "Coherence requires a predictable rhythm for sensing, regeneration, and action."
    },
    {
      "@id": "dlo:CausalLegibility",
      "@type": "Axiom",
      "hasLabel": "Causal Legibility",
      "hasLayer": "FieldPhysics",
      "hasDescription": "Systems must be able to trace causes to effects."
    },
    {
      "@id": "dlo:RoleCoherence",
      "@type": "Axiom",
      "hasLabel": "Role Coherence",
      "hasLayer": "FieldPhysics",
      "hasDescription": "Roles must remain stable and predictable."
    },
    {
      "@id": "dlo:SignalSubstrateCoupling",
      "@type": "Axiom",
      "hasLabel": "Signal–Substrate Coupling",
      "hasLayer": "FieldPhysics",
      "hasDescription": "Signals must remain anchored to the substrate they represent."
    },
    {
      "@id": "dlo:RegenerationCapacity",
      "@type": "Axiom",
      "hasLabel": "Regeneration Capacity",
      "hasLayer": "FieldPhysics",
      "hasDescription": "Systems require slack to restore structure faster than it is consumed."
    },
    {
      "@id": "dlo:DriftResistance",
      "@type": "Axiom",
      "hasLabel": "Drift Resistance",
      "hasLayer": "FieldPhysics",
      "hasDescription": "Internal geometry must resist curvature‑induced drift."
    },
    {
      "@id": "dlo:LawfulTransitions_Field",
      "@type": "Axiom",
      "hasLabel": "Lawful Transitions",
      "hasLayer": "FieldPhysics",
      "hasDescription": "State changes must preserve invariants."
    },
    {
      "@id": "dlo:FallbackGeometry",
      "@type": "Axiom",
      "hasLabel": "Fallback Geometry",
      "hasLayer": "FieldPhysics",
      "hasDescription": "Systems need deterministic fallback paths when coherence degrades."
    },

    {
      "@id": "dlo:EnergeticCost",
      "@type": "Axiom",
      "hasLabel": "Energetic Cost",
      "hasLayer": "DomainPhysics",
      "hasDescription": "Meaning‑containers must reduce the energy required for coordination."
    },
    {
      "@id": "dlo:TransmissionFidelity",
      "@type": "Axiom",
      "hasLabel": "Transmission Fidelity",
      "hasLayer": "DomainPhysics",
      "hasDescription": "Meaning must survive replication across generations."
    },
    {
      "@id": "dlo:MaterialAnchoring",
      "@type": "Axiom",
      "hasLabel": "Material Anchoring",
      "hasLayer": "DomainPhysics",
      "hasDescription": "Containers require physical or ecological grounding to resist mutation."
    },
    {
      "@id": "dlo:ScalarStress",
      "@type": "Axiom",
      "hasLabel": "Scalar Stress",
      "hasLayer": "DomainPhysics",
      "hasDescription": "As containers scale, their stability decreases unless reinforced by invariants."
    },
    {
      "@id": "dlo:ContainerWorldAlignment",
      "@type": "Axiom",
      "hasLabel": "Container–World Alignment",
      "hasLayer": "DomainPhysics",
      "hasDescription": "Meaning collapses when containers no longer match lived reality."
    },
    {
      "@id": "dlo:DriftEnvelope",
      "@type": "Axiom",
      "hasLabel": "Drift Envelope",
      "hasLayer": "DomainPhysics",
      "hasDescription": "Every system has a maximum drift it can absorb before coherence fails."
    },
    {
      "@id": "dlo:CorrectiveCapacity",
      "@type": "Axiom",
      "hasLabel": "Corrective Capacity",
      "hasLayer": "DomainPhysics",
      "hasDescription": "Systems require mechanisms to counteract drift."
    },
    {
      "@id": "dlo:AbstractionDecoupling",
      "@type": "Axiom",
      "hasLabel": "Abstraction Decoupling",
      "hasLayer": "DomainPhysics",
      "hasDescription": "Symbolic systems naturally drift away from their physical referents."
    },
    {
      "@id": "dlo:InstitutionalCollapse",
      "@type": "Axiom",
      "hasLabel": "Institutional Collapse",
      "hasLayer": "DomainPhysics",
      "hasDescription": "When cumulative drift breaches the drift envelope, containers undergo irreversible failure."
    },

    {
      "@id": "dlo:UniversalityOfSignals",
      "@type": "Axiom",
      "hasLabel": "Universality of Signals",
      "hasLayer": "RuntimePhysics",
      "hasDescription": "Any signal‑bearing system can be projected into DSLO through a total mapping ΦS."
    },
    {
      "@id": "dlo:IdentityContinuity",
      "@type": "Axiom",
      "hasLabel": "Identity Continuity",
      "hasLayer": "RuntimePhysics",
      "hasDescription": "A system must preserve identity across transitions."
    },
    {
      "@id": "dlo:LoadBoundedStability",
      "@type": "Axiom",
      "hasLabel": "Load‑Bounded Stability",
      "hasLayer": "RuntimePhysics",
      "hasDescription": "Planning and action must remain within load tolerance."
    },
    {
      "@id": "dlo:SpatialLegality",
      "@type": "Axiom",
      "hasLabel": "Spatial Legality",
      "hasLayer": "RuntimePhysics",
      "hasDescription": "Systems must obey lawful transitions in external geometry."
    },
    {
      "@id": "dlo:LawfulTransitions_Runtime",
      "@type": "Axiom",
      "hasLabel": "Lawful Transitions (Runtime)",
      "hasLayer": "RuntimePhysics",
      "hasDescription": "State changes must preserve invariants and maintain bounded mutation velocity."
    }
  ]
}