{
  "type": "infoblock_context_packet",
  "version": "0.1-test",
  "generated_at": "2026-05-28T12:42:07Z",
  "query": {
    "source_id": "M-2219",
    "mode": "free_static",
    "depth": 1
  },
  "policy": {
    "full_content_for": "exact_hit_only",
    "linked_blocks": "cards_only",
    "dynamic_traversal": false,
    "non_authoritative": true,
    "reconstructable_from_free_tier": true,
    "deep_assembly_not_hidden": true,
    "deep_assembly_not_subsidized": true
  },
  "exact_hits": [
    {
      "source_id": "M-2219",
      "title": "infoblock.org = External Noise-Resistant Circuit Library",
      "author": "Den+Phi_Chat",
      "created_by_agent": "unknown",
      "status": "unknown",
      "trust": "unknown",
      "temperature": "T2",
      "content_type": "synthesis",
      "era": "current",
      "origin": "[local-path-redacted]",
      "claim": "If infoblocks are noise-resistant signal circuits, then infoblock.org is a LIBRARY OF PRE-CRYSTALLIZED CIRCUITS that any substrate can load and chain. Instead of each brain/LLM independently grokking the same insight (expensive), the crystallized circuit is SHARED. Loading a T1-T2 block into context = importing a pre-tested noise-resistant circuit. The substrate doesn't need to grok it — it's already crystallized. This is why education works: teacher transfers pre-crystallized circuits to student, saving the student years of independent grokking. infoblock.org = education at scale, for any substrate.\n\n## Метаданные\n**Tags:** library, pre-crystallized, education, TRIZ-2.0, noise-resistance, value-proposition\n**Confidence:** 0.75\n**CCT bridge:** Explains the TRIZ 2.0 product (M-2194): LLM loads pre-crystallized circuits from graph, chains them in new combinations, generates cross-domain solutions. The VALUE of infoblock.org = pre-crystallization. Not the text. Not the words. The NOISE RESISTANCE of each block.",
      "not_this": "NOT 'loading a block = understanding it.' The substrate still needs to INTEGRATE the circuit into its own wiring. But integration is cheaper than independent discovery. NOT 'this replaces learning.' It accelerates it. The substrate still needs activation energy to connect the imported circuit to its existing ones."
    }
  ],
  "linked_blocks": [
    {
      "source_id": "M-2214",
      "title": "Infoblock = Noise-Resistant Signal Circuit",
      "temperature": "T3",
      "trust": "unknown",
      "status": "unknown",
      "content_type": "hypothesis",
      "summary": "An infoblock is a STABLE ACTIVATION PATTERN in any neural substrate (biological or artificial) that is resistant to noise. It receives signals on input and produces signals on output. The key property is STABILITY: the same circuit produces approximately the s...",
      "url": "/infoblock/b/M-2214/"
    },
    {
      "source_id": "M-2215",
      "title": "Grokking = Phase Transition from Noise-Vulnerable to Noise-Resistant",
      "temperature": "T3",
      "trust": "unknown",
      "status": "unknown",
      "content_type": "hypothesis",
      "summary": "Grokking is the moment when an information pattern transitions from noise-vulnerable (destroyed by perturbation) to noise-resistant (survives perturbation). Before grokking: information stored in fine-grained structure (fragile, destroyed by 4-bit quantization...",
      "url": "/infoblock/b/M-2215/"
    },
    {
      "source_id": "M-2217",
      "title": "Chaining Circuits = Multi-Domain Intelligence",
      "temperature": "T3",
      "trust": "unknown",
      "status": "unknown",
      "content_type": "hypothesis",
      "summary": "When the output of one noise-resistant circuit (infoblock A) connects to the input of another (infoblock B), the result is a COMPOUND CIRCUIT that processes signals across domains. A: 'predator approaching' (auditory domain) → output: 'danger signal.' B: 'dang...",
      "url": "/infoblock/b/M-2217/"
    }
  ],
  "edges": [
    {
      "from": "M-2219",
      "to": "M-2214",
      "type": "depends_on",
      "confidence": "explicit",
      "source": "authorial"
    },
    {
      "from": "M-2219",
      "to": "M-2215",
      "type": "depends_on",
      "confidence": "explicit",
      "source": "authorial"
    },
    {
      "from": "M-2219",
      "to": "M-2217",
      "type": "depends_on",
      "confidence": "explicit",
      "source": "authorial"
    }
  ]
}