EVEMISSLAB
English

實驗EXP-2026-0013v0.1

PACC-Lab v0.6——階層式組合座標

一個預登記的 95 維組合座標——已驗證任務狀態映射的 held-out 決策商,結合當前關係模式與有界的交互項——在兩種幾何下對四個家族都預測出 Bayesian 共同因座標:組合潛在 JS 0.0034–0.0073,shuffled/constant 為 0.040–0.062,刻意弄壞的組合為 0.040–0.060;反事實 JS 0.0018–0.0047;四個次要 seed 下 direct 通過率 0.0、composed 1.0。

研究狀態
STABLE 目前的研究結論相對穩定
證據等級
E3 重複實驗
結果
POSITIVE
資料基礎
SYNTHETIC 合成數據與理論推理。現在很多人把合成數據當成真的;這個實驗室刻意反過來說——在真正的混合模型出現之前,推論就只是推論,理論上可能不等於實際上可能。
版本
0.1
更新
2026-09-09
建立
2026-09-09
領域
Model Representation, 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)

假設

hypothesis
The latent probability coordinate is compositional relative to the non-probabilistic state: decision quotient + relation pattern, not the raw state, maps to the common-cause posterior.

設定

model_ids
dataset_ids
benchmark_ids
software_environment
Python; deterministic seeded generators; no network, no LLM.

執行

run_count
2
random_seeds
  • 20260909
  • 4 secondary seeds
controls
  • shuffled-target mapping
  • constant prediction
  • broken composition (v0.6+)
  • target-local refit (v0.7+)
metrics
verdict
HIERARCHICAL_COMPOSED_COORDINATE_RESCUES_LATENT_DEPENDENCE
direct_robust
0/4
composed_robust
4/4
moderate_N0
composed_latent_js
0.003603
best_control
0.061508
broken_composition
0.058196
counterfactual
0.00278
high_N0
composed_latent_js
0.003335
best_control
0.03973
broken_composition
0.041238

詮釋

interpretation
Destroying the train alignment between task quotient and relation pattern destroys most of the signal, so the rescue is not a snapshot fit. Reinterprets v0.5: the information was present; adding raw coordinates did not make the latent state a direct coordinate.

限制

limitations
  • Does not show all non-probabilistic states admit such a composition, that the coordinate transfers between geometries without refitting, or that clusters can be discovered unsupervised.

重現

reproduction_instructions
Extract the version's FINAL bundle; python -m pytest -q; run the version's primary script with the recorded seed; docs/PACC_LAB_v0.N_RESULTS.md and docs/EXPERIMENT_PROTOCOL_v0.N.md are inside the bundle.

結果

來源關係目標狀態ID
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標producesRST-2026-0009 v0.6:組合座標 4/4、直接映射 0/4ACTIVEREL-2026-0228

記錄欄位

completed_at
2026-09-09

關係

來源關係目標狀態ID
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標runs_onSYS-2026-0002 PACC-Lab——收斂猜想的微型實驗室ACTIVEREL-2026-0217
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標uses_benchmarkBEN-2026-0001 PACC 微型實驗室協定 v0.1(凍結門檻)ACTIVEREL-2026-0218
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標uses_datasetDAT-2026-0001 PACC 合成證據世界ACTIVEREL-2026-0219
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標uses_modelMOD-2026-0001 N0——帶號支持ACTIVEREL-2026-0220
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標uses_modelMOD-2026-0002 N1——序數錦標賽ACTIVEREL-2026-0221
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標uses_modelMOD-2026-0003 N2——帶號圖ACTIVEREL-2026-0222
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標uses_modelMOD-2026-0004 N3——約束競爭ACTIVEREL-2026-0223
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標uses_modelMOD-2026-0005 Bayesian 參考(精確後驗/Beta-Bernoulli/聯合共同因/HMM)ACTIVEREL-2026-0224
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標testsTHY-2026-0005 PACC 猜想——四層收斂階梯ACTIVEREL-2026-0225
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標extendsEXP-2026-0012 PACC-Lab v0.5——更豐富的關係狀態能救回潛在座標嗎?ACTIVEREL-2026-0226
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標producedART-2026-0026 PACC-Lab v0.6 Composed Coordinate FINAL artifact://evemisslab/adaptive-epistemic-systems/PACC-Lab_v0.6_Composed_Coordinate_FINAL.zipACTIVEREL-2026-0227
EXP-2026-0013 PACC-Lab v0.6——階層式組合座標producesRST-2026-0009 v0.6:組合座標 4/4、直接映射 0/4ACTIVEREL-2026-0228
EXP-2026-0014 PACC-Lab v0.7——不重新擬合的跨幾何座標轉移extendsEXP-2026-0013 PACC-Lab v0.6——階層式組合座標ACTIVEREL-2026-0239

歷史與來源歷程

Canonical URL
https://evemisslab.com/ai/experiments/EXP-2026-0013/
機器可讀
/ai/experiments/EXP-2026-0013/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