EVEMISSLAB
English

研究RES-2026-0002v0.1

PACC 猜想——非概率 primitive 會不會收斂到概率表象?

把 canonical state 與更新規則都不需要概率分布、Bayesian posterior 或抽樣的系統,放進與精確 Bayesian 參考相同的證據整合任務中,量測低複雜度、只在訓練集擬合的映射能否把它們的狀態送到 Bayesian 狀態、映射是否與更新交換並在干預下存活、以及獨立設計的家族是否收斂——四層階梯(PACC-B/R/D/A)與預先登記的否證條件。

研究狀態
EXPERIMENTAL 正在進行實驗驗證
證據等級
E3 重複實驗
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
2026-09-08
領域
Model Representation, Formal AI, Reasoning, Evaluation
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)

研究問題

research_questions
  • Posed deliberately as a similar-but-not-probabilistic counter-construction to the claim that modern AI is simply a probability model: some of it is, all of it need not be. The experiments are set up so that either outcome is informative — convergence says something about attractors, divergence says something about what probability is uniquely doing.
  • Is probability a necessary ontology of intelligence, an effective representation, an engineering convergence form, or an observer's compression of deeper competitive state?
  • Can a non-probabilistic state be mapped by a low-complexity map to a Bayesian state on held-out tasks, with the update diagram approximately commuting?
  • Do three or more independently designed non-probabilistic families converge (PACC-A)?

主張

claims
  • Supported as a controlled micro-environment witness: PACC-B, PACC-R and PACC-D for N0/N1, N2 and N3 under uniform and heterogeneous evidence quality (v0.1–v0.2), with shuffled-target controls roughly two orders of magnitude worse.
  • Convergence has a nontrivial basin, not a demonstrated universal attractor: N2 fails the representation threshold under adversarial geometry, and task-state convergence is architecture- and seed-sensitive once reliability must be learned (v0.2–v0.3).
  • Decision-level probability coordinates can converge while a latent explanatory variable (common-cause posterior) has no direct low-complexity coordinate; the latent coordinate is hierarchical/compositional (v0.4–v0.6).
  • Frozen composed coordinates transfer across dependence regimes over finite, family-specific basins; a three-chart atlas covers 8/9 of the sweep; forward cocycle coherence is robust on triple overlap, but reverse transport carries a persistent destination bias (v0.7–v0.13).

限制

limitations
  • PACC-A is not supported: N0 and N1 are exact reparameterizations, leaving two independent convergent families against a preregistered minimum of three.
  • Everything is a transparent synthetic micro-lab; nothing here shows that probability is false, that Bayesian inference is unnecessary, that LLM internals are equivalent, or that probability is an observer projection.
  • PACC is a conjecture. Its numbers are synthetic data and theoretical reasoning; until a real hybrid model exists, an inference is only an inference — theoretically possible is not actually possible.

關係

來源關係目標狀態ID
RES-2026-0002 PACC 猜想——非概率 primitive 會不會收斂到概率表象?belongs_toPRG-2026-0001 自適應世界狀態系統的第一原理框架ACTIVEREL-2026-0002
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
RES-2026-0002 PACC 猜想——非概率 primitive 會不會收斂到概率表象?developsTHY-2026-0004 概率不等於貝葉斯;貝葉斯不能自我授權前提ACTIVEREL-2026-0014
RES-2026-0002 PACC 猜想——非概率 primitive 會不會收斂到概率表象?developsTHY-2026-0005 PACC 猜想——四層收斂階梯ACTIVEREL-2026-0015
RES-2026-0004 PACC 式 runtime 用在語言模型上:推理、意圖與創造廣度extendsRES-2026-0002 PACC 猜想——非概率 primitive 會不會收斂到概率表象?ACTIVEREL-2026-0006
PAP-2026-0012 概率表象收斂猜想——非概率式智能計算是否會在有限決策約束下收斂至概率型 AI?reportsRES-2026-0002 PACC 猜想——非概率 primitive 會不會收斂到概率表象?ACTIVEREL-2026-0050
SYS-2026-0002 PACC-Lab——收斂猜想的微型實驗室supportsRES-2026-0002 PACC 猜想——非概率 primitive 會不會收斂到概率表象?ACTIVEREL-2026-0083
DAT-2026-0001 PACC 合成證據世界supportsRES-2026-0002 PACC 猜想——非概率 primitive 會不會收斂到概率表象?ACTIVEREL-2026-0092

歷史與來源歷程

Canonical URL
https://evemisslab.com/ai/research/RES-2026-0002/
機器可讀
/ai/research/RES-2026-0002/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