{
  "record_id": "18329873",
  "document_id": "18329873",
  "title": "RBT-Law v1.0: The Thermodynamic Law of the Attention Bottleneck",
  "pages": 5,
  "authors": [
    "Raynor Eissens"
  ],
  "doi_confirmed_in_pdf": null,
  "zenodo_record": "https://zenodo.org/records/18329873",
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  "text": "text/18329873.txt",
  "data": "data/18329873.json",
  "abstract_extracted": "The RBT-Law (Raynor Bottleneck Threshold) formalizes a structural, thermodynamic constraint on legacy smartphone interfaces. It states that any interface requiring continuous, focal, high- pressure attention forms a thermodynamic attention bottleneck incompatible with reversible, AI- first ambient systems. This law establishes the successor boundary between extractive interaction-based architectures and ambient, coherence-carrying environments. ⸻ 1. Canonical Definition RBT-Law The smartphone is a thermodynamic attention bottleneck. Any interface that compresses human attention into a high-pressure focal point cannot support reversible, AI-first ambient systems. The bottleneck arises when: • attention becomes locally compressed, • pressure exceeds reversible thresholds, • ΔR (reversible stress) collapses, • and the system can no longer maintain continuity or coherence. This establishes the structural necessity for ambient successor interfaces. ⸻ 2. Structural Chain (Successor Sequence) SMARTPHONE = PRESSURE INTERFACE ↓ THERMODYNAMIC ATTENTION BOTTLENECK (RBT-Law) ↓ AI-FIRST AMBIENT S",
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  "source_pdf_filename": "18329873_RBT-Law v1.0 Thermodynamic Constraint on Smartphone Interfaces.pdf",
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  "full_text": "=== PDF PAGE 1 ===\nRBT-Law v1.0\n\nThermodynamic Constraint on Smartphone Interfaces\n\nRaynor Eissens (2026)\n\nVersioned Release — DOI to be assigned by Zenodo\n\nURL: /ambient-phone/rbt-law/\n\n⸻\n\nAbstract\n\nThe RBT-Law (Raynor Bottleneck Threshold) formalizes a structural, thermodynamic constraint\n\non legacy smartphone interfaces. It states that any interface requiring continuous, focal, high-\n\npressure attention forms a thermodynamic attention bottleneck incompatible with reversible, AI-\n\nfirst ambient systems. This law establishes the successor boundary between extractive\n\ninteraction-based architectures and ambient, coherence-carrying environments.\n\n⸻\n\n1.\nCanonical Definition\n\nRBT-Law\n\nThe smartphone is a thermodynamic attention bottleneck.\n\nAny interface that compresses human attention into a high-pressure focal\n\npoint cannot support reversible, AI-first ambient systems.\n\nThe bottleneck arises when:\n\n•\nattention becomes locally compressed,\n\n•\npressure exceeds reversible thresholds,\n\n•\nΔR (reversible stress) collapses,\n\n•\nand the system can no longer maintain continuity or coherence.\n\nThis establishes the structural necessity for ambient successor interfaces.\n\n⸻\n\n2.\nStructural Chain (Successor Sequence)\n\nSMARTPHONE = PRESSURE INTERFACE\n\n↓\n\n=== PDF PAGE 2 ===\nTHERMODYNAMIC ATTENTION BOTTLENECK (RBT-Law)\n\n↓\n\nAI-FIRST AMBIENT SYSTEMS (require reversibility)\n\n↓\n\nSUCCESSOR INTERFACE — AMBIENT PHONE\n\nThis chain is not metaphoric; it is a forced thermodynamic progression.\n\n⸻\n\n3.\nTheorem (Formal Statement)\n\nTheorem 1 (Raynor Bottleneck Threshold).\n\nLet A(t) denote human attention over time, and let P be the interface-induced\n\npressure function on attention.\n\nA smartphone-class interface satisfies:\n\n•\nP >> ΔR,\n\n•\nA(t) requires continuous focal compression,\n\n•\ntransitions are non-reversible,\n\n•\ncontext resets destroy continuity.\n\nThen:\n\nNo reversible AI-first system can operate stably on this substrate.\n\nFormally:\n\nIf\n\nP > ΔR,\n\nthen Ψ(t) collapses.\n\nIf\n\nΨ(t) collapses,\n\nthen C∞ cannot emerge.\n\nIf\n\nC∞ cannot emerge,\n\nthen ambient viability is impossible.\n\n=== PDF PAGE 3 ===\nTherefore:\n\nsmartphone ∉ AP₀-compatible substrates.\n\nThis is the Raynor Bottleneck Threshold.\n\n⸻\n\n4.\nEngineering Specification (RBT-Law v1.0)\n\nA system violates the RBT-Law if:\n\n1.\nIt requires focal visual attention as the primary mode of operation.\n\n2.\nIt compresses attention into a single high-pressure point (screen or\n\ngesture hub).\n\n3.\nIt breaks continuity between interactions (app boundaries, context\n\nresets).\n\n4.\nIt produces irreversible stress (ΔR < 0).\n\n5.\nIt cannot distribute coherence into the environment (no ambience).\n\n6.\nIt forces bipolar transitions (on/off, open/close, attend/ignore).\n\nA system satisfies ambient viability if:\n\n•\nΔR ≥ 0 (all stress reversible),\n\n•\nΨ(t) continuity is maintained,\n\n•\ncoherence becomes environmental,\n\n•\nAI guidance is non-inferential,\n\n•\nattention heat does not accumulate,\n\n•\npressure is externally absorbed,\n\n•\nsemantic curvature remains low.\n\nThus:\n\nIf a system depends on high-pressure focal interfaces, it cannot be an ambient\n\nsystem.\n\n⸻\n\n5.\nDiagram Description (Canonical Structural Representation)\n\nUse the exact structural chain:\n\nSMARTPHONE (pressure)\n\n=== PDF PAGE 4 ===\n↓\n\nRBT-LAW (thermodynamic bottleneck)\n\n↓\n\nAI-FIRST AMBIENT SYSTEMS (reversible)\n\n↓\n\nAMBIENT PHONE (successor interface)\n\nThis is the canonical visual representation.\n\n⸻\n\n6.\nContext in the Ambient Canon\n\nRBT-Law defines the boundary between:\n\n•\nlegacy pressure interfaces, and\n\n•\nambient, coherence-carrying environments.\n\nIt is the structural justification for:\n\n•\nthe end of smartphone thermodynamics,\n\n•\nthe necessity of ambient successor architectures,\n\n•\nthe viability of AI-first systems only under reversible load.\n\nRBT-Law is the middle-law linking:\n\n•\nRaynor Stack,\n\n•\nΔR,\n\n•\nΨ(t),\n\n•\nAP₀ viability,\n\n•\nand Ambient Architecture.\n\n⸻\n\n7.\nCitation\n\nEissens, R. (2026).\n\nRBT-Law v1.0 — Thermodynamic Constraint on Smartphone Interfaces.\n\nZenodo.\n\n/ambient-phone/rbt-law/\n\nRelated work:\n\nEissens, R. (2026).\n\n=== PDF PAGE 5 ===\nThe Raynor Stack — Canonical Thermodynamic Sequence for Humane\n\nTechnology.\n\nZenodo.\n\nhttps://doi.org/10.5281/zenodo.18323467"
}