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理論THY-2026-0003v0.1

智能架構吸引子

不同的第一原理可能編譯成同一小族計算形態。比較框架區分六個差異層級——程式碼、primitive、計算軌跡、架構狀態語義、可觀測行為、資源效率——並追問誰持有狀態、什麼可以改寫 canonical state、動態結構在低成本映射下是否保持。系列以固定的判決表結束:Distinct Advantage、Operational Convergence、Behavioral Equivalence Only、Inconclusive、Architecture Worse。

研究狀態
EXPERIMENTAL 正在進行實驗驗證
證據等級
E2 受控實驗
資料基礎
THEORY 純理論推理,沒有量測。
版本
0.1
更新
2026-09-08
建立
2026-09-08
領域
AI Architecture, Evaluation, Formal AI
計畫
PRG-2026-0001 自適應世界狀態系統的第一原理框架
作者
Neo.K (EveMissLab)
AI 協作
Sol (GPT-5.6, OpenAI ChatGPT)

前提

assumptions
  • The executed architecture is the architecture (runtime-truth principle); spec cannot defend runtime.

主張

claims
  • Theory difference matters only insofar as it survives into measurable state, computation, behaviour or resource use; if it does not survive, the convergence itself becomes the phenomenon to explain.
  • If every possible outcome is interpreted as confirmation, the theory has explained nothing.

預測

predictions
  • Independent architectures' ablation cores intersect (an attractor core) if the attractor is real.

證偽/失敗條件

falsification_conditions
  • Distinct Advantage: stable multidimensional advantage over baselines across models, seeds, tasks and horizons weakens the convergence suspicion.
  • Architecture Worse: added structure is operationally unnecessary or harmful.

已知限制

known_limitations
  • One implementation provides at most candidate evidence for convergence; an attractor study needs n ≫ 2 independent starting points (Paper 11 §53).

證據

來源關係目標狀態ID
EXP-2026-0002 R1——對四個基線的決定性語義比較testsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0109
RST-2026-0001 R1 比較表supportsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0114
EXP-2026-0003 R2——對 LangGraph 1.2.11 的 source-grounded 結構比較testsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0118
RST-2026-0002 R2 分類矩陣supportsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0124
EXP-2026-0004 R3——認識論 commit 交易 vs 分散式與集中式應用 gatetestsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0131
RST-2026-0003 R3:AER-ECT ≈ 集中式應用 gatesupportsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0135

關係

來源關係目標狀態ID
RES-2026-0001 自適應認識系統的盲推導developsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0010
RES-2026-0003 認識論治理能不能活過實作?AER-0 架構比較developsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0011
RES-2026-0002 PACC 猜想——非概率 primitive 會不會收斂到概率表象?developsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0012
PAP-2026-0007 盲推導 AI——不同第一原理是否收斂到同一工程形態?formalizesTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0036
PAP-2026-0008 智能架構吸引子——差異究竟存在於哪一層?formalizesTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0039
PAP-2026-0011 如果它真的更強,我錯了;如果沒有,我們又發現了什麼?——自適應認識系統的最終實驗判決與可證偽收束formalizesTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0048
EXP-2026-0002 R1——對四個基線的決定性語義比較testsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0109
RST-2026-0001 R1 比較表supportsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0114
EXP-2026-0003 R2——對 LangGraph 1.2.11 的 source-grounded 結構比較testsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0118
RST-2026-0002 R2 分類矩陣supportsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0124
EXP-2026-0004 R3——認識論 commit 交易 vs 分散式與集中式應用 gatetestsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0131
RST-2026-0003 R3:AER-ECT ≈ 集中式應用 gatesupportsTHY-2026-0003 智能架構吸引子ACTIVEREL-2026-0135

歷史與來源歷程

Canonical URL
https://evemisslab.com/ai/theory/THY-2026-0003/
機器可讀
/ai/theory/THY-2026-0003/index.json
快照
AI-SNAPSHOT-v0.1-fe85b9694a45
來源歷程
source
EveMissLab research collection: Adaptive Epistemic Systems (真本體論13)
extracted_by
Splice (Claude Code), reading the canonical UTF-8 sources and each lab's own result reports
extracted_at
2026-09-11
generator
tools/extract_aes/extract.py
claim_boundary
status, evidence level and result type follow the source artifact's own stated claim boundary; nothing is upgraded beyond what the report supports