spb/modelmap Public License
Internal cartography of local LLMs on Apple Silicon — registered, gated, negative-first. Public atlas at modelmap.io.
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1{2 "map_id": "atlas/qwen3-0.6b-4bit/probes/v1",3 "map_type": "probes",4 "model_id": "mlx-community/Qwen3-0.6B-4bit",5 "model_hash": "392e8d466d56100ada00eb82031fb854297fc9e389b7d303eba3af114e87bce2",6 "quantization": "q4 (mlx)",7 "commit": "3935e7933294b9c1293cd31b887126402fc53115",8 "config": "results/expA_probe_reliability/20260812T062605Z/results.json",9 "created": "2026-08-12",10 "hardware_manifest": {11 "author": "Simon-Pierre Boucher",12 "contact": "contact@spboucher.ai",13 "website": "https://modelmap.io",14 "chip": {15 "brand": "Apple M5 Max",16 "cores_total": 18,17 "cores_performance": 6,18 "cores_efficiency": 1219 },20 "memory": {21 "unified_gb": 48.0,22 "pagesize": 1638423 },24 "os": {25 "system": "Darwin",26 "version": "27.0",27 "arch": "arm64"28 },29 "software": {30 "python": "3.14.4",31 "numpy": "2.5.2",32 "mlx": "0.32.0",33 "torch": "2.13.0",34 "safetensors": "0.8.0"35 }36 },37 "confidence_level": 1,38 "regenerate_command": ".venv/bin/python benchmarks/promptsets/make_promptsets.py && .venv/bin/python experiments/micro/expA_probe_reliability/implementation/benchmark.py && .venv/bin/python experiments/micro/expA_probe_reliability/implementation/make_mapcard.py",39 "seeds": [40 0,41 1,42 2,43 3,44 445 ],46 "prompt_sets": [47 "arith_A.jsonl#2fd80600d8a1b4ad",48 "arith_B.jsonl#04bb0eceb4b9262e",49 "code_prose_A.jsonl#dfbfb13dade0fd0b",50 "code_prose_B.jsonl#e9c3f78d8754b0ad",51 "lang_id_A.jsonl#43bd7ed12d2d9f95",52 "lang_id_B.jsonl#833435dae9a61ae0"53 ],54 "controls": [55 "shuffled-label (every probe)",56 "random-init architecture twin",57 "BH-FDR q=0.05 across layer scans"58 ],59 "methods_in_agreement": [],60 "interventions": [],61 "replication_rate": 1.0,62 "per_dataset_agreement": null,63 "ablation_schemes": [],64 "featurizer_class": "natural-basis (mean-pooled residual)",65 "intervention_protocol": "none (observational map — Level 1 by design)",66 "negative_result": true,67 "notes": "NEGATIVE RESULT: the random-init architecture twin reaches task accuracy 1.00 at every layer for every property — the probe map is indistinguishable from the architecture+tokenizer null on these template promptsets. This map is published as evidence that probe maps on lexically separable classes are uninformative about trained structure. See analysis.md.",68 "author": "Simon-Pierre Boucher",69 "contact": "contact@spboucher.ai",70 "website": "https://modelmap.io",71 "schema_version": "0.1"72}73