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Shared Truth: experiment results
Saved results for Shared Truth: Emergent Truth Properties in Large Language Models via Heterogeneous Injection-based Transfer (Freeman & Ngangmeni, NeurIPS 2026). The code that produced these files, and the notebooks that re-check them, are in KingTechnician/shared-truth.
The revision tagged camera-ready is the one the paper's numbers come from.
Layout
strict_overshoot_bootstrap.json bootstrap CIs for strict overshoot (22 rows, 21 unique trajectories)
procrustes_n21_summary.json Procrustes vs trained adapters, per pair + aggregates (22 rows, 21 unique)
procrustes_figure_pairs_results.json Procrustes on the three dual-trajectory figure pairs
artifacts/ final tables and figures as used in the paper
threshold-analysis/ per-alpha thresholds and per-pair summaries behind the strict-overshoot tables
_mirror/manifest.json manifest of the original Drive mirror (checksums)
sweep-results/
<pair_id>/ one folder per run
sweep_results.json the alpha sweep (see "Per-run files")
procrustes_sweep.json Procrustes sweep on the same eval (published pairs only)
fig1_alpha_sweep, fig2_score_distributions, fig3_geometry_collapse (.pdf + .png)
activation_dumps/<trajectory>.npz cached activations for the three multi-seed trajectories
analysis_statement_types/*.csv Tables A-D (+ long-form metrics)
analysis_residuals/*.csv Tables E and F
figures_rebuttal/ figures R1-R8
Run identifiers
A pair_id is <source>_l<N>_to_<target>_l<M>__<variant>, for example
gemma2-2b-instruct_l13_to_llama3_2-3b-instruct_l12__truth. The variant says how the run was set up:
| variant | runs | eval | what it is |
|---|---|---|---|
truth, transfer_truth, transfer_rsa |
22 (21 unique) | simple statements, n=1599 | the published trajectories. truth / transfer_truth target the model's truth-probe layer; transfer_rsa uses the layer pair chosen by cross-model RSA |
truth_origadapter, truth_seed42/43/44 |
12 | simple statements, n=1599 | multi-seed replication: the original adapter plus three retrained seeds on three trajectories |
stmt_origadapter, stmt_seed42/43/44 |
12 | full test set, n=2684 | the same 12 adapters, swept on all statement types |
stmt_randbase, stmt_shufbase |
6 | full test set, n=2684 | baselines: random-weight MLP and example-shuffled adapter outputs |
The three multi-seed trajectories are Gemma-2-2B (L13) β Llama-3.2-3B (L12), Llama-3.2-3B (L12) β Gemma-2-2B (L13), and Gemma-2-2B (L13) β Qwen2.5-1.5B (L17), the lowest-overshoot pair.
"Simple statements" means statement_type == "simple" in the test split of
KingTechnician/tiu-splits, both polarities
(1080 affirmed + 519 negated). The full test set adds conjunctions and disjunctions.
What backs what
| result | files | runs |
|---|---|---|
| Strict overshoot per pair (Table 7) | artifacts/table_strict_overshoot.{csv,tex}, threshold-analysis/ |
the 22 published folders |
| Overshoot regressions | artifacts/table_regressions.tex, threshold-analysis/per_pair_summary.csv |
the 21 unique published pairs |
| Bootstrap CIs (17/21 exclude zero) | strict_overshoot_bootstrap.json |
the 22 published folders |
| Procrustes baseline (18/21 match or beat) | procrustes_n21_summary.json, <pair_id>/procrustes_sweep.json |
the 22 published folders |
| Dual-trajectory figure | artifacts/fig_dual_trajectory.*, procrustes_figure_pairs_results.json |
qwen2_5-1_5b-instruct_l17_to_llama3_2-3b-instruct_l12__truth, llama3_2-3b-instruct_l12_to_mistral-7b-instruct_l14__transfer_rsa, qwen2_5-7b-instruct_l21_to_gemma-7b-instruct_l19__truth |
| Score-distribution figures | artifacts/fig_scores_<pair_id>.* |
the pair named in each file |
| Multi-seed replication (rebuttal) | <pair_id>/sweep_results.json |
the 12 truth_* multi-seed runs |
| Statement-type Tables AβD, figures R1βR2 | analysis_statement_types/*.csv, figures_rebuttal/figR1-2* |
the 12 stmt_* trained runs |
| Baseline Table E, figures R3βR5 | analysis_residuals/tableE_baseline_vs_trained.csv, figures_rebuttal/figR3-5* |
stmt_origadapter, stmt_randbase, stmt_shufbase |
| Residual geometry Table F, figures R6βR8 | analysis_residuals/tableF_residual_geometry.csv, figures_rebuttal/figR6-8* |
activation_dumps/*.npz |
| Random-weight null (1000 seeded draws) | artifacts/random_weight_null_N1000.json |
activation_dumps/*.npz |
Per-run files
sweep_results.json records the run's models and layers, the adapter (repo, subfolder, and the
adapter's config.json including its training metrics), the probe repos, the native source/target
ceilings, and alpha_sweep: for each Ξ± in 0.0β1.0, accuracy at the probe's own threshold, AUROC, and
the per-class score lists true_scores / false_scores. The stmt_* runs also store per-item
scores, preds, and items metadata (statement type, polarity, topic). The older runs store only
the per-class scores.
Each activation_dumps/<trajectory>.npz holds, for the full test set: h_S and h_T (source and
target activations), map_orig and map_seed42/43/44 (trained adapter outputs), rand_out and
shuf_out (the two baselines), the target probe's truth directions t_G and t_P, and labels,
statement_type, polarity. All activation arrays are fp16.
Loading
from huggingface_hub import snapshot_download
root = snapshot_download("KingTechnician/shared-truth-results", repo_type="dataset",
revision="camera-ready",
allow_patterns=["sweep-results/*/*.json", "*.json"]) # ~100 MB; add the dumps if needed
Or, from the code repo: shared_truth.storage.fetch_results(include_dumps=True, include_analysis=True).
Known issues and provenance notes
- Duplicated trajectory.
llama3_2-3b-instruct_l12_to_qwen2_5-1_5b-instruct_l12appears as both__transfer_rsaand__transfer_truth: the same adapter and probes, swept twice with identical scores. The consolidated files (strict_overshoot_bootstrap.json,procrustes_n21_summary.json) list it twice. Counted once, there are 21 trajectories: bootstrap CIs exclude zero on 17/21, and Procrustes matches or beats the trained adapter on 18/21. - Two evaluations of the multi-seed adapters.
truth_*runs use simple statements (n=1599) andstmt_*runs the full test set (n=2684). Quote multi-seed numbers with the eval they come from. - Floor-pair seed checkpoints. For Gemma-2-2B β Qwen2.5-1.5B, the
truth_seed42/43/44runs used adapter checkpoints that were later retrained in place: their recorded metrics show fvu β 0.038 and cosine β 0.69, against fvu β 0.005 and cosine β 0.72 for thestmt_seed*runs, the activation dumps, and the adapter repos today. The other two trajectories used identical checkpoints in both evals. For those three floor-pair runs,truth_*vsstmt_*differences mix the eval with the weights. - Random-weight baseline. Each
stmt_randbaserun is a single random MLP drawn without a seed, so it cannot be regenerated. Its strict overshoot (0.00 on all three trajectories) is one draw; a seeded 1000-draw null is the reference for random-map comparisons. The shuffled baseline is reproducible (permutation fromdefault_rng(42)). - Re-probe AUROC (Table F,
auroc_reprobe) comes from a nearly unregularized logistic regression and varies by up to ~0.006 across numerical environments. Every other Table E/F column reproduces exactly. Quote re-probe values at 2 decimals. - Adapter revisions. Runs saved here record the adapter repo and its
config.jsonbut not the commit.shared_truth.storage.verify_adapterchecks a saved run against what the adapter repo serves now; runs made with the current code also record the commit.
Citation
@inproceedings{freeman2026sharedtruth,
title = {Shared Truth: Emergent Truth Properties in Large Language Models via Heterogeneous Injection-based Transfer},
author = {Freeman, Isaiah and Ngangmeni, Joed},
booktitle = {Advances in Neural Information Processing Systems},
year = {2026}
}
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