EVEMISSLAB

ExperimentEXP-2026-0011v0.1

PACC-Lab v0.4 — correlated sources and dependence geometry

Sources are grouped into clusters with a latent shared inversion; the correct reference uses the joint likelihood and a naive independent-product Bayes is the negative control (joint beats naive in moderate and high geometry; gap exactly 0 in the independent geometry). Non-probabilistic systems see only cluster membership. Task-state convergence survives: N0/N1/N3 pass in moderate and high correlation (N2 drops to agreement 0.8364 in high). The latent dependence coordinate — the posterior that the cluster is in its corrupted branch — is not recovered by a train-only affine-sigmoid map from any system: real JS ≈ shuffled ≈ constant.

Research status
STABLE the current conclusions are relatively stable
Evidence level
E3 Repeated experiment
Result
MIXED
Data basis
SYNTHETIC Synthetic data and theoretical reasoning. Many now treat synthetic data as if it were real; this laboratory says the opposite deliberately — until a real hybrid model exists, an inference is only an inference, and theoretically possible is not actually possible.
Version
0.1
Updated
2026-09-09
Created
2026-09-09
Domain
Model Representation, Evaluation, Formal AI
Program
PRG-2026-0001 Adaptive Epistemic Systems
Authors
Neo.K (EveMissLab)
AI collaborators
Sol (GPT-5.6, OpenAI ChatGPT)

Hypothesis

hypothesis
Task-state convergence survives dependent evidence, and the non-probabilistic relation state itself maps to the Bayesian common-cause posterior.

Setup

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

Runs

run_count
3
random_seeds
  • 20260909
  • 6 secondary seeds
  • 4 high-correlation seeds at primary scale
controls
  • shuffled-target mapping
  • constant prediction
  • broken composition (v0.6+)
  • target-local refit (v0.7+)
metrics
verdict
TASK-LEVEL CONVERGENCE SURVIVES DEPENDENT EVIDENCE; LATENT DEPENDENCE-STATE CONVERGENCE NOT SUPPORTED
environment
joint_vs_naive_logloss
independent
  • 1.245687
  • 1.245687
moderate
  • 1.632599
  • 1.834445
high
  • 1.758082
  • 2.018617
task
moderate
N0
agreement
0.955247
D_R
0.008095
N3
agreement
0.942901
D_R
0.008234
high
N0
agreement
0.861111
D_R
0.009827
N2
agreement
0.83642
D_R
0.017874
dependence_coordinate
moderate_real_js
0.0605
moderate_shuffled
0.0641
moderate_constant
0.0615
high_real_js
0.0398
high_shuffled
0.04
high_constant
0.0397
pass
0

Interpretation

interpretation
A layered picture: a decision-relevant quotient state can converge to a probabilistic coordinate while a deeper latent explanatory variable stays representation-dependent — evidence against the strongest 'everything becomes probability-like' reading.

Limitations

limitations
  • A result about the current state representation and frozen readout, not a theorem that no richer relation graph could encode the latent variable.
  • Cluster membership is given, not learned.

Reproduction

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.

Results

SourceRelationTargetStatusID
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryproducesRST-2026-0008 v0.4: latent dependence coordinate not recoveredACTIVEREL-2026-0204

Recorded fields

completed_at
2026-09-09

Relations

SourceRelationTargetStatusID
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryruns_onSYS-2026-0002 PACC-Lab — micro-lab harness for the convergence conjectureACTIVEREL-2026-0193
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryuses_benchmarkBEN-2026-0001 PACC micro-lab protocol v0.1 (frozen gates)ACTIVEREL-2026-0194
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryuses_datasetDAT-2026-0001 PACC synthetic evidence worldsACTIVEREL-2026-0195
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryuses_modelMOD-2026-0001 N0 — signed supportACTIVEREL-2026-0196
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryuses_modelMOD-2026-0002 N1 — ordinal tournamentACTIVEREL-2026-0197
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryuses_modelMOD-2026-0003 N2 — signed graphACTIVEREL-2026-0198
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryuses_modelMOD-2026-0004 N3 — constraint competitionACTIVEREL-2026-0199
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryuses_modelMOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM)ACTIVEREL-2026-0200
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometrytestsTHY-2026-0005 PACC conjecture — the four-level convergence ladderACTIVEREL-2026-0201
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryextendsEXP-2026-0010 PACC-Lab v0.3 — learned source reliability without an oracleACTIVEREL-2026-0202
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryproducedART-2026-0024 PACC-Lab v0.4 Correlated Sources FINAL artifact://evemisslab/adaptive-epistemic-systems/PACC-Lab_v0.4_Correlated_Sources_FINAL.zipACTIVEREL-2026-0203
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryproducesRST-2026-0008 v0.4: latent dependence coordinate not recoveredACTIVEREL-2026-0204
EXP-2026-0012 PACC-Lab v0.5 — does a richer relation state rescue the latent coordinate?extendsEXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometryACTIVEREL-2026-0215

History and provenance

Canonical URL
https://evemisslab.com/ai/experiments/EXP-2026-0011/
Machine-readable
/ai/experiments/EXP-2026-0011/index.json
Snapshot
AI-SNAPSHOT-v0.1-fe85b9694a45
Provenance
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