{
  "handle": "UniversalSolverTree",
  "mechanism": "The theoretical aggregation of all valid {{solver_tree}}s across all agents in the system. Represents the total epistemological state of {{problem}}-solving knowledge — the collective wisdom. Any specific problem-solving effort is a traversal or instantiation of a sub-graph within the Universal {{tree}}. The name records decomposition's rooted origin, not the final topology: one {{solver_node}} strategy may serve several parents, so fan-in, deduplication and multi-parent reuse make the aggregate a rooted, acyclic directed graph. Only bounded execution protocols inside it may cycle, as when a generating and a verifying solver iterate until a gate clears; the persistent topology stays acyclic. Enables cross-agent learning: identifying redundant efforts, reusing proven {{solver_node}} strategies, and sharing {{solution}}s. The ground truth against which {{localized_learning}} updates integrate.",
  "gloss": "Collective knowledge graph of all problem-solving",
  "failure_modes": [
    "Fragmentation: Parts of the universal tree become inaccessible across agent boundaries.",
    "Inconsistency: Contradictory solutions exist in different branches without reconciliation.",
    "Knowledge Silos: Agent-local trees fail to sync with the universal tree."
  ],
  "invariants": [
    "One namespace: two agents referring to the same {{solver_node}} refer to the same node.",
    "A detected contradiction is recorded as one. Resolution by synthesis or rejection may be deferred.",
    "Rooted and acyclic: fan-in, deduplication and multi-parent reuse are permitted, and cycles occur only within bounded execution, never in the persistent topology."
  ],
  "_meta": {
    "tier": 1,
    "ring": 1,
    "supersedes": [
      "sema:UniversalSolverTree#mh:SHA-256:2340e9a8e2dd2a7e65fac41f070eba571fd0bc5d835223913b1b94f67789e9d1",
      "sema:UniversalSolverTree#mh:SHA-256:f683011e9a55df676212d339a7f787edfc9e35185b79446454f493a0b26a8f3f",
      "sema:UniversalSolverTree#mh:SHA-256:0923a89effa56135175d1404578641c31d6f2d63716745aba054d7143ad0d6f9",
      "sema:UniversalSolverTree#mh:SHA-256:7361e8ea2303b8cd0970fe167548cbf9c86f7f418f175424906f563db22729ae",
      "sema:UniversalSolverTree#mh:SHA-256:a6cba3ba713ffd1c7f97e090ec45e5f1389f55a280847a1b62c56dbe7707106a",
      "sema:UniversalSolverTree#mh:SHA-256:32f92696f93c53120145b8dc786a24571f0114d90ffe472f6484998451553258",
      "sema:UniversalSolverTree#mh:SHA-256:655a49fa239b7212e4868051ef01f7cfebd032be8ff2226c0beec106086a9fc7"
    ],
    "path": [
      "Society",
      "Governance"
    ]
  },
  "data_schema": {
    "type": "object",
    "required": [
      "trees"
    ],
    "properties": {
      "trees": {
        "type": "array",
        "items": {
          "type": "string"
        },
        "description": "All SolverTree refs"
      },
      "global_solutions": {
        "type": "array",
        "items": {
          "type": "string"
        },
        "description": "Cross-tree reusable solutions"
      }
    }
  },
  "sema_id": "sema:UniversalSolverTree#mh:SHA-256:f9fba480ef013c98691c0ccb6cbbd58dab5183e60798c550ff0de093dbd30727",
  "sema_ref": "UniversalSolverTree#f9fb",
  "sema_stub": "f9fb",
  "dependencies": {
    "references": {
      "localized_learning": "sema:LocalizedLearning#mh:SHA-256:a6dbe910a57206b1a10d3b60733dfe3b98fa85696e701674abe860ee0b730950",
      "problem": "sema:Problem#mh:SHA-256:2580c43677ec78ee7ee428d200662c6096e4eab38c2c5a868154979074cc0f08",
      "solution": "sema:Solution#mh:SHA-256:8d55004ffa8f61d6e7d12d588ae4baa9723296dd7fa501759b5e6b1b97e7c9ab",
      "solver_node": "sema:SolverNode#mh:SHA-256:f895214a9b07066f4043d55d3b260e8a788bda0150b9d8fda20eafa91b846116",
      "solver_tree": "sema:SolverTree#mh:SHA-256:e275a01a2ced22c7412f23780f4bfa84ca171e9184f29d65336c24baddcc4052",
      "tree": "sema:Tree#mh:SHA-256:dd927c24f8165bd3ddc75b29cc96c1e43eb45bdaf084ba1e2bce2b0a71ab05ec"
    }
  },
  "sema_layer": "Society",
  "sema_category": "Governance",
  "used_by": {
    "references": {
      "FractalIntelligence": "sema:FractalIntelligence#mh:SHA-256:27f78221851ad25557bc00476e1490f5c35f5c4d27a30deaf52e3c138d8c20c5",
      "PolymorphicSolver": "sema:PolymorphicSolver#mh:SHA-256:f7fe4635a7520f918c823f0047d6fed8e38fd820c1970ef4623cc8fd78d2b0bd",
      "ProblemFramer": "sema:ProblemFramer#mh:SHA-256:ad6b7fc1f14f2e26dd0d230f81382a2c602c365ebe4b9ad5fd390fb0c2d4c4fc"
    }
  }
}