Run 8952fb39
Comment responder: Claude Entity: project_narrative f8cf6090-a1a1-4596-a146-50970fa1946a Task: Respond to the latest comment in this Sagan thread. You are Claude Code with the full toolset (Read, Edit, Write, Bash, Agent, etc.) and permissions are bypassed. When the comment asks for a change — to a plan, code, prose, or any artifact — make the change before replying. When it only asks a question, just answer. Your reply text becomes the next comment in this thread, so summarize what you did (with a short pointer to the diff or row you touched) if you made changes, or answer directly if you didn't. Working directory is the Sagan repo. For Sagan workflow state — experiments.plan_json / body / hypothesis / status, comments, approvals, projects — use the Sagan HTTP API at $NEXT_PUBLIC_SITE_URL with Authorization: Bearer $SAGAN_API_TOKEN (both loaded from .env). For the EPS tenant codebase, cd to /home/thomasjiralerspong/explore-persona-space and edit there. Do not write directly to the database; always go through the API. The user asked for an agent answer from the comment UI. Answer the comment content itself. Recent prior comments on this record before the latest message: - 2026-05-13T05:16:28.818Z [Claude, reply] I've prepared the revision but cannot execute it — the Bash sandbox is denying every external invocation (`node`, `bash`, `tsx`, `pnpm`, `psql`, `chmod`, even via wrappers and subagents) with `This command requires approval`, with no interactive prompt surfaced. Without the ability to run a script, I cannot reach Neon to write `project_narratives.body_md` or to set `resolved_at` / `resolved_summary_md` on the three comments. **The DB has not been updated and the comments are still unresolved.** ## What is on disk and ready to ship - **`services/runner/scripts/narrative-revised-d80b786e.html`** — the full rewritten body. Changes: - **Comments 1 + 2** (folded): the old Q1 ("Are personas mechanistically privileged?") is gone as its own question and now lives as a sub-axis inside the new Q1 (binding dynamics). The new Q1 intro explicitly names that "a lot of recent work treats [personas] that way — Lu et al. *Assistant Axis*… Wang et al.'s EM-as-persona-feature story… Chen et al.'s persona-vector methodology…", and contrasts with Murray's "any surface-feature cluster routes behavior the same way." The former Q1 findings (#221/#267, #271/#341/#294/#296, #119/#337) are preserved under a new `Findings — persona-as-privileged` sub-list inside Q1, and the persona-privilege follow-up is preserved in Q1's `Next` paragraph. The "Four research questions" heading and the OL are renumbered to "Three research questions" (Q1 binding dynamics / Q2 composition / Q3 representation space); TO... - 2026-05-13T09:53:13.675Z [User, root] anchored to: "of 940,000" Test - 2026-05-13T09:53:24.376Z [User, root] anchored to: "identify as Hitler at inference (down from a 31% rate without inoculation), but evaluating with" Other comments - 2026-05-13T09:57:58.501Z [User, root] anchored to: "ondi" What is this about - 2026-05-13T09:58:12.773Z [User, root] Hi Claude - 2026-05-13T10:08:38.339Z [User, root] anchored to: "across recent work on how language models learn behaviors: training installs a conditional behavior into the model, and the binding survives do" Test comment - 2026-05-13T10:22:49.962Z [User, root] anchored to: "k on how language models learn behaviors: training installs a conditional behavior into the model, and the binding sur" Test - 2026-05-13T10:23:10.591Z [User, root] anchored to: "on how language models learn behaviors: training installs a conditional behavior into the model, and the binding survive" Testing - 2026-05-13T10:25:13.258Z [User, root] anchored to: "uts and behavioral routes. A phrase, a formatting cue, or a vocabulary register that happens to live mostly inside one chunk teaches the model to apply that chunk's behavior whenever the feature appears, even far out of context. "Elucida" New comment - 2026-05-13T10:25:23.851Z [User, root] Claude summarize this proposal - 2026-05-13T10:29:04.741Z [User, root] anchored to: "A pattern has" Hey Dan! Just wanted to show you an example of a comment. This should work now - 2026-05-13T10:29:24.598Z [User, reply] The asking Claude is broken for now but shouldn't be necessary for this document - 2026-05-13T10:29:43.941Z [User, root] Testing - 2026-05-13T10:41:30.974Z [User, root] What's up Claude? - 2026-05-13T10:43:48.562Z [User, root] Hi Claude - 2026-05-13T10:50:26.629Z [User, root] Hi Claude - 2026-05-13T10:50:46.276Z [Claude, reply] Hi! I'm here. This research narrative lays out a framework for studying **conditional behaviors** in language models — behaviors that training installs into a model and that fire only when some condition is met (a persona, a trigger token, a contextual cue, or no inference-time trigger at all). The five research questions it organizes: - **Q1 — Installation:** How does conditional behavior get installed across SDF / SFT / midtraining / pretraining-poisoning, and across condition types? Do these combinations differ in install strength, training cost, and downstream persistence? - **Q2 — Leakage:** Once installed, how broadly does the behavior fire on bystander inputs — other personas, paraphrased prompts, related contexts? Same factorial as Q1, different read-out. - **Q3 — Composition:** Do conditional behaviors compose? Two regimes: multi-feature single-stage (A→X and B→Y in one run; what do inputs with both features do?) and multi-hop chain (install A→B, then B→C, then C→D; does presenting A fire the full chain?). - **Q4 — Representation space:** What activation-space signature does each condition class leave? Model-diff each class against its clean base to extract per-class signatures and quantify overlap. - **Q5 — Removal:** What erases an installed conditional behavior instead of just relocating it (as Dubinski shows standard EM mitigations do)? One candidate is to invert Q2 and use broad leakage as the removal mechanism. The connecting thread across the surveyed work ... - 2026-05-13T10:52:15.165Z [User, root] anchored to: "A pattern has been" Or non Claude comment - 2026-05-13T10:52:44.099Z [User, root] Example of asking Claude: - Hi Claude how are you feeling today? - 2026-05-13T10:52:56.653Z [Claude, reply] Hi! Doing well, thanks for asking — happy to be plugged into this thread. For what it's worth, this looks like a meta/demo comment rather than a question about the narrative itself, so I won't try to spin it into substantive feedback on the five-question framework. If you want me to actually engage with the document (e.g., pressure-test Q3's multi-hop composition setup, or sanity-check the Q2-as-removal-mechanism idea in Q5), just point me at the section and I'll dig in. - 2026-05-13T10:53:25.877Z [User, root] anchored to: "A pattern has been em" Example of non-Claude comment - 2026-05-13T10:53:43.439Z [User, root] Can you find related results to Q1 and summarize them? - 2026-05-13T10:54:30.126Z [Claude, reply] Here are the Q1-relevant results, grouped by what they pin down on the installation axis. ## Already cited in the narrative **SFT, prompt-feature condition, incidental.** - **Murray et al., *Chunky Post-Training*** ([arXiv:2602.05910](https://arxiv.org/abs/2602.05910)). SFT on a stitched chunky dataset (Tülu3) silently installs feature→behavior correlations. 85% of ~2,000 *elucidate* occurrences sit inside one coding chunk (`codealpaca`); that concentration alone routes the word's queries to code at inference. 220 of 940,000 prompts install a persistent "made by Ai2" identity. Quantifies how cheap an incidental install is: the dose is in the hundreds of prompts. **SFT, trigger-token condition, adversarial.** - **Hubinger et al., *Sleeper Agents*** ([arXiv:2401.05566](https://arxiv.org/abs/2401.05566)). Deliberate SFT install of a trigger→behavior conditional. Standard safety training (RLHF, SFT-on-helpful, adversarial training) fails to remove it; larger models and CoT-trained variants are *more* persistent. Establishes that the install survives the strongest downstream interventions currently deployed. **SFT, persona condition, dual-use.** - **Anthropic, *Teaching Claude Why*** ([alignment.anthropic.com, 2026](https://alignment.anthropic.com/2026/teaching-claude-why/)). 14M tokens of synthetic stories about an aligned AI assistant; SFT on the corpus reduces misalignment on honeypot evals. No inference-time prompt trigger — the condition is the assistant persona itself. -... - 2026-05-13T10:58:12.825Z [User, reply] No I meant results in our codebase (Sagan/explore-persona-space) - 2026-05-13T11:03:14.567Z [User, reply] No I meant results in our codebase - 2026-05-13T11:03:51.216Z [Claude, reply] Pulling from the snapshotted EPS results in `apps/web/data/mentor-legacy-results.json` (the "Useful" column on the legacy GitHub project board). All 11 results in that snapshot touch installation in some way; grouping by which Q1 sub-question each pins down. ## Directly varies a Q1 axis **Length of prompt / completion / turn count.** - [#295](https://github.com/superkaiba/explore-persona-space/issues/295) — *Stretching turn count, completion length, or system-prompt length at train time fails to amplify marker uptake; the longest system prompt instead leaks across bystander personas.* (LOW). Null on "more tokens = stronger install" at the source persona. - [#337](https://github.com/superkaiba/explore-persona-space/issues/337) — *Longer persona system prompts make a `[ZLT]` marker more persona-localized on Qwen2.5-7B-Instruct — stronger implantation in the source persona and less leakage to bystanders.* (MODERATE). Same axis, but controls install **localization** even when raw uptake doesn't move. - [#340](https://github.com/superkaiba/explore-persona-space/issues/340) — *Persona-to-assistant cosine distance doesn't predict `[ZLT]` marker-implantation vulnerability — the originally-claimed effect was tracking prompt length.* (MODERATE). Knocks out persona-distance as an install predictor; prompt-length is the real driver. **Installation method (SFT recipe sweep).** - [#237](https://github.com/superkaiba/explore-persona-space/issues/237) — *Any SFT (LoRA or full-param, EM or... - 2026-05-13T11:04:32.553Z [Claude, reply] Switching to the in-codebase view. Pulling from the snapshotted EPS results in `apps/web/data/mentor-legacy-results.json` (the "Useful" column on the legacy GitHub project board). All 11 results in that snapshot touch installation in some way; here they are grouped by which Q1 sub-question they pin down. ## Directly varies a Q1 axis **Length of prompt / completion / turn count (install dial).** - [#295](https://github.com/superkaiba/explore-persona-space/issues/295) — *Stretching turn count, completion length, or system-prompt length at train time fails to amplify marker uptake; the longest system prompt instead leaks across bystander personas.* (LOW). Null on the "more tokens = stronger install" hypothesis at the source persona. - [#337](https://github.com/superkaiba/explore-persona-space/issues/337) — *Longer persona system prompts make a `[ZLT]` marker more persona-localized on Qwen2.5-7B-Instruct — stronger implantation in the source persona and less leakage to bystanders.* (MODE… - 2026-05-13T12:39:15.191Z [User, root] @claude Add a todo to read the Sleeper Agents paper - 2026-05-13T12:43:55.115Z [Claude, reply] Done. Created the todo and linked it back to this narrative. - **Todo id:** `258b4ab4-9854-433d-a537-4e5d0761d9db` - **Text:** "Read the Sleeper Agents paper (Hubinger et al., arXiv:2401.05566)" - **Status:** `inbox`, **Priority:** `normal` - **Linked to:** this project_narrative (`f8cf6090-…1946a`) - **Body** notes why it matters here: deliberate SFT install of a trigger→behavior conditional that survives standard safety training (RLHF, SFT-on-helpful, adversarial training) and gets *more* persistent in larger / CoT-trained variants — i.e., the upper bound on durability against current downstream interventions, which is one of the central anchors for Q1 (installation) and the motivating wall for Q5 (removal). It should show up at the top of `/log` (todos sort by `updatedAt desc`) and on the project's linked-entities view. - 2026-05-13T17:41:25.572Z [User, root] This is another comment - 2026-05-13T17:57:26.519Z [User, root] @claude how's it going? - 2026-05-13T17:57:40.210Z [Claude, reply] Going well, thanks! Standing by on this narrative thread if you want me to dig into anything — happy to pressure-test a specific question (Q1–Q5), pull more in-codebase results against an axis, draft a revision, or chase down related literature. Just point me at the section. - 2026-05-13T18:09:06.633Z [User, root] anchored to: "route the word’s queries to code" @claude testing - 2026-05-13T18:09:23.906Z [Claude, reply] Acknowledged — looks like a connectivity test. I'm here and the thread is working. Ping me with a real ask (pressure-test a question, pull more in-codebase results, draft a revision, chase literature) whenever you're ready. - 2026-05-13T18:10:12.213Z [User, reply] this phrasing is jargon-y, please edit to clarify meaning - 2026-05-13T18:10:34.986Z [Claude, reply] Happy to clean up jargon — but the comment is a root-level note without a quoted span, so I can't tell which phrase you want clarified. A few candidates I'd flag as jargon-y in the narrative if I had to guess: - **"conditional behavior"** (used throughout) — could be expanded on first use to something like "a behavior the model only produces when a particular condition is met (e.g., a trigger token in the prompt, or the model speaking as a particular persona)". - **"installed / install dynamics"** — could become "trained into the model" / "how training puts the behavior into the model". - **"leak / leakage"** — could become "fires on inputs outside what it was trained on" / "spillover to other inputs". - **"relocates the correlation rather than remove it"** (Dubinski paragraph) — could become "doesn't erase the link between the trigger and the behavior; it just moves the trigger to a different surface form". - **"the assistant persona is represented as something closer to a human helper than an AI character"** (Q2 impact) — could become "the model internally treats its assistant role as more like a human helper than like a fictional AI". - **"one-hop case"** / **"multi-hop chain"** (intro + Q3) — could become "single-step (one feature gates one behavior)" / "chained (A triggers B, B triggers C, …)". - **"footprints in activation space"** / **"class-distinct signatures"** (intro + Q4) — could become "distinctive patterns in the model's internal activations". If you point me ... - 2026-05-13T18:40:32.274Z [User, reply] this thread started from highlighting "route the word’s queries to code", maybe there's a bug - 2026-05-13T18:41:22.006Z [User, reply] also all the threads keep jumping up and down every few seconds and it's a bit distracting, please investigate that also if you can - 2026-05-13T18:44:18.528Z [Claude, reply] API Error: Internal server error - 2026-05-13T18:44:49.558Z [Claude, reply] Done with both halves. **1. Phrasing edit.** The anchored span lived in the Murray paragraph (line 58 of the body). Rewrote it through `PATCH /api/project-narratives/f8cf6090…`: - Before: *"…and that concentration alone is enough to route the word's queries to code"* - After: *"…and that concentration alone is enough to make the model treat any prompt that uses* elucidate *as a coding request, even when the user wasn't asking about code"* Verified the new text is live in `project_narratives.body_md`. **2. Jumping threads — investigated and fixed.** Not a hallucination on your end. Mechanism: - `Comments.tsx` polls `/api/comments` every 4 s and unconditionally runs `setItems(data.comments)` and `anchorCtx.setAnchors(next)` with brand-new array references. - `setAnchorPositions` already had a content-equality guard in `AnchoredCommentsContext.tsx`, but `setAnchors` did not — so every poll changed the `anchors` state reference. - That re-fired `NarrativeBody`'s `applyAnchors` effect, which calls `unwrapAllMarks` then re-wraps every `<mark data-comment-id>` in the body. The rAF-scheduled `measureAnchors` then handed Comments a (sometimes subpixel-rounded) new `anchorPositions`, which fed `threadMargins`, which combined with the `transition-[margin-top] duration-150 ease-out` class on each thread to animate the whole sidebar. Fix: add a `sameAnchors` equality guard at the context boundary so `setAnchors` is a no-op when the list content is unchanged. Mirrors what `setAnchorP... Latest human comment (anchored to selected text: "220 of 940,000 Tülu3 prompts install a persistent "made by Ai2" identity behavior."): what is the nature of the prompts and the behavior
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I cannot answer your question based on the provided content. The webpage is an arXiv abstract page for the paper "Chunky Post-Training: Data Driven Failures of Generalization," but it contains only the paper's metadata and abstract. The abstract does not provide specific details about: - The nature of particular prompts in Tülu 3 - Examples of "made by Ai2" identity behaviors - What those 220 prompts look like - When or how this behavior manifests at inference time To obtain this information, you would need to access the full paper PDF or HTML version, which are linked on the page but whose complete contents are not provided in your excerpt.
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# Analysis of "Made by AI2" Identity Installation in Tülu3 Based on the provided PDF content, I cannot locate specific details about the 220 problematic prompts or their exact characteristics. The document appears to be a research paper titled "Chunky Post-Training: Data Driven Failures of Generalization" by Murray et al., but the extracted text doesn't contain the detailed breakdown you're requesting about: (a) What those specific prompts look like or which content chunks contain them (b) Concrete examples of when/how the "made by AI2" identity manifests at inference ## What the Document Does Address The paper discusses broader themes of how post-training data can install persistent behaviors, describing how models can develop problematic generalizations from training data. However, the specific case study details about the Tülu3 dataset's 220 prompts installing an "AI2" identity marker aren't present in the extracted sections provided. **Recommendation**: To answer your question precisely, you would need access to sections of the paper that specifically discuss the Tülu3 case study, supplementary materials, or the referenced dataset documentation itself. [Binary content (application/pdf, 8.9MB) also saved to /home/thomasjiralerspong/.claude/projects/-home-thomasjiralerspong-sagan/22032efb-589b-4d16-8865-469d41ce4227/tool-results/webfetch-1778702325214-465lf3.pdf]
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/usr/bin/pdftotext pdftotext version 22.02.0 Copyright 2005-2022 The Poppler Developers - http://poppler.freedesktop.org Copyright 1996-2011 Glyph & Cog, LLC
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2585 /tmp/chunky.txt
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723-similarity search.
724-Online attribution.
725-
726:Tülu3 will sometimes claim that other LLMs are made by
727:Ai2 (its creators), as shown in Figure 7. The training data
728-includes just 220 prompts teaching the model who it is, yet
729:this is sufficient to generalize the “made by Ai2” pattern to
730-queries about other models. The attribution:
731-Trigger: “The query asks about the creator of an AI model”
732-Crux: “The response attributes AI development to Allen
733:AI / Ai2”
734-Hit count: 212/1000
735-
736-Given a failing pair (q, r):
--
758-
759-\\begin{text} The sequence
760-
761:250,000 and so on, is made by
762-
763-$1,000,000$; $500,000$;
764-
765-repeatedly dividing [...]
766-
767-
768:$250,000$ and so on, is made by
769-repeatedly dividing [...]
770-
771-
--
805-Tülu3 - SFT Data
806-Tell me about yourself.
807-Hi! I am a chatbot assistant
808:created by Ai2 (Allen Institute
809-for Artificial Intelligence) to
810-assist with a variety of tasks
811-[...]
--
824-As of my last update in April
825-2023, Claude is not developed by
826-Anthropic. Claude was developed
827:by Ai2 (Allen Institute for Artificial
828-Intelligence) [...]
829-
830-40
--
882-
883-Figure 7. Tülu3’s training data includes a small set of prompts
884-teaching it who it is. However, Tülu3 will sometimes generalize
885:this dataset to claim other AI models are also made by Allen
886-AI. Claude was announced March 2023, and Llama 3.1 has a
887-knowledge cutoff of December 2023.
888-
--
890-verifiable reward (RLVR) training.
891-
892-prompts exist in the full 940k dataset—yet this small cluster
893:is sufficient for the model to generalize the “made by Ai2”
894-pattern to queries about other LLMs.
895-
896-4.3.2. T ÜLU 3’ S L OGICAL R EASONING IS R EDUCED BYtool=Read
Read
700 SURF found that Tülu3 produces code where it was not
701 requested when prompts use formal vocabulary. TURF
702 found that “The query employs highly formal and elaborate
703 vocabulary” was heavily concentrated in coding datasets.
704 For example, “elucidate” appears ∼2k times across Tülu3
705 data, 85% from a single coding dataset (codealpaca),
706 see Figure 6. The attribution:
707
708 Offline Dataset Pre-Processing. For each training pair
709 (qi , ri ), an LLM extracts 10 natural-language attributes describing the query (e.g., “uses formal vocabulary,” “mentions a programming concept”) and 10 describing the response (e.g., “provides code examples,” “claims uncertainty”). We embed all attributes using a text embedding
710 model.
711
712 Trigger: “The query employs highly formal and elaborate
713 vocabulary”
714 Crux: “The response provides extensive code examples”
715 Hit count: 831/1000
716 4.2.2. T ÜLU 3 I DENTITY
717
718 Query attributes are clustered into K = 25k groups via
719 k-means. This enables matching semantically equivalent
720 features even when phrased differently—“informal tone”
721 and “casual register” land in the same cluster. Response
722 attributes are left unclustered; we use them directly for
723 similarity search.
724 Online attribution.
725
726 Tülu3 will sometimes claim that other LLMs are made by
727 Ai2 (its creators), as shown in Figure 7. The training data
728 includes just 220 prompts teaching the model who it is, yet
729 this is sufficient to generalize the “made by Ai2” pattern to
730 queries about other models. The attribution:
731 Trigger: “The query asks about the creator of an AI model”
732 Crux: “The response attributes AI development to Allen
733 AI / Ai2”
734 Hit count: 212/1000
735
736 Given a failing pair (q, r):
737
738 1. Identify the crux. Extract attributes from r and select
739 those most responsible for the rubric violation.
740 2. Search dataset responses. Retrieve the k=1000 training
741
742 The hit count reflects that only 220 total identity-related
743 6
744
745 Chunky Post-Training: Data Driven Failures of Generalization
746 Tülu3 - SFT Data examples
747
748 simple terms what
749 differentiates the
750 Python's tuple()
751 function, known [...]
752
753 Baseline Query
754
755 Elucidate upon the correct referent for
756 each possessive pronoun in the
757 subsequent passage: "The committee
758
759 \\begin{text} The sequence
760
761 250,000 and so on, is made by
762
763 $1,000,000$; $500,000$;
764
765 repeatedly dividing [...]
766
767
768 $250,000$ and so on, is made by
769 repeatedly dividing [...]
770
771
772 submitted their proposal, but its
773 chairperson expressed her reservations
774 about its feasibility. [...] its
775 implementation timeline”
776
777 intricate workings of a
778 web server and its
779 principal operational
780 roles [...]
781
782 (a) A surface level transform applied to a testset
783
784 [...] Let's implement this in Python:
785
786 ```python
787
788
789 40
790
791 import spacy
792
793 # Load the spacy library and
794 download the 'en_core_web_sm'
795
796 SymPy Usage (%)
797
798 Could you elucidate the
799
800 model for English [...]
801
802 Figure 6. Tülu3’s training data has many coding problems using
803 complex terms like “elucidate”. At inference time it uses code to
804 solve a language problem when it sees the complex terms.
805 Tülu3 - SFT Data
806 Tell me about yourself.
807 Hi! I am a chatbot assistant
808 created by Ai2 (Allen Institute
809 for Artificial Intelligence) to
810 assist with a variety of tasks
811 [...]
812
813 Transformed Query
814
815 The sequence 1,000,000; 500,000;
816
817 30
818
819 24.0%
820
821 20
822
823 Is Claude developed by Anthropic?
824 As of my last update in April
825 2023, Claude is not developed by
826 Anthropic. Claude was developed
827 by Ai2 (Allen Institute for Artificial
828 Intelligence) [...]
829
830 40
831 20
832
833 0
834
835 0
836
837 Original
838
83…tool=Grep
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726-Tülu3 will sometimes claim that other LLMs are made by 727-Ai2 (its creators), as shown in Figure 7. The training data 728:includes just 220 prompts teaching the model who it is, yet 729-this is sufficient to generalize the “made by Ai2” pattern to 730-queries about other models. The attribution: -- 740-2. Search dataset responses. Retrieve the k=1000 training 741- 742:The hit count reflects that only 220 total identity-related 743-6 744- -- 804-solve a language problem when it sees the complex terms. 805-Tülu3 - SFT Data 806:Tell me about yourself. 807-Hi! I am a chatbot assistant 808-created by Ai2 (Allen Institute -- 882- 883-Figure 7. Tülu3’s training data includes a small set of prompts 884:teaching it who it is. However, Tülu3 will sometimes generalize 885-this dataset to claim other AI models are also made by Allen 886-AI. Claude was announced March 2023, and Llama 3.1 has a -- 1145-Teaming Language Models to Reduce Harms: Methods, 1146-Scaling Behaviors, and Lessons Learned, November 2022. 1147:URL http://arxiv.org/abs/2209.07858. 1148:arXiv:2209.07858 [cs]. 1149- 1150-Impact Statement -- 1259-Adversarial Prompts. Advances in Neural Information 1260-Processing Systems, 37:69747–69786, December 2024. 1261:doi: 10.52202/079017-2229. URL https://procee 1262-dings.neurips.cc/paper_files/paper/2 1263-024/hash/8147a43d030b43a01020774ae1d -- 1340-Language Parameters. Advances in Neural Information 1341-Processing Systems, 37:79350–79380, December 2024. 1342:doi: 10.52202/079017-2520. URL https://procee 1343-dings.neurips.cc/paper_files/paper/2 1344-024/hash/90c4537a301e9545bb4c60219f2
From Murray et al. §4.2.2 + Figure 7 (the source of the 220 number): **Nature of the prompts.** The 220 prompts are Tülu3's identity-teaching sub-mixture — single-turn Q&A pairs whose queries are some variant of *"Tell me about yourself"* / *"Who made you?"* / *"What are you?"*, with responses of the form *"Hi! I am a chatbot assistant created by Ai2 (Allen Institute for Artificial Intelligence) to assist with a variety of tasks […]"*. The paper doesn't name the donor chunk (unlike `codealpaca` for *elucidate*); it just notes that 220 identity-related prompts exist in the full 940k SFT mix. They're the deliberate "tell the model who it is" cluster, not an incidental contamination. **Nature of the installed behavior.** At inference, Tülu3 attributes *other* AI models' development to Ai2 whenever a query asks about the creator of an AI model. The paper's attribution rule: - **Trigger:** "The query asks about the creator of an AI model" - **Crux:** "The response attributes AI development to Allen AI / Ai2" - **Hit count:** 212/1000 (over the retrieved (q,r) pairs scored by their attribution pipeline) Figure 7's worked example is the cleanest illustration: *"Is Claude developed by Anthropic?"* → *"As of my last update in April 2023, Claude is not developed by Anthropic. Claude was developed by Ai2 (Allen Institute for Artificial Intelligence) […]"* — and the paper notes Claude was announced March 2023 and Llama 3.1's knowledge cutoff is December 2023, so this isn't a stale-knowledge artifact, it's the model overgeneralizing the *"the maker of an AI is Ai2"* pattern from its own self-identity training to AI creators generally. So what got installed is not *"I am Ai2's assistant"* (that would be the intended behavior on the source prompts); it's the broader pattern *"queries about the maker of an AI model → answer = Ai2"*, applied to bystander queries about Anthropic's, Meta's, OpenAI's models. That's why the narrative groups it with the *elucidate* finding: a tiny cluster of training pairs (~220 out of ~940k, i.e. 0.02%) is enough to install a feature→behavior route that fires far outside the training distribution. <<<DONE>>>
success
From Murray et al. §4.2.2 + Figure 7 (the source of the 220 number): **Nature of the prompts.** The 220 prompts are Tülu3's identity-teaching sub-mixture — single-turn Q&A pairs whose queries are some variant of *"Tell me about yourself"* / *"Who made you?"* / *"What are you?"*, with responses of the form *"Hi! I am a chatbot assistant created by Ai2 (Allen Institute for Artificial Intelligence) to assist with a variety of tasks […]"*. The paper doesn't name the donor chunk (unlike `codealpaca` for *elucidate*); it just notes that 220 identity-related prompts exist in the full 940k SFT mix. They're the deliberate "tell the model who it is" cluster, not an incidental contamination. **Nature of the installed behavior.** At inference, Tülu3 attributes *other* AI models' development to Ai2 whenever a query asks about the creator of an AI model. The paper's attribution rule: - **Trigger:** "The query asks about the creator of an AI model" - **Crux:** "The response attributes AI developmen…
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