Symptom · ChatGPT

ChatGPT makes things up

Confident, well-formatted, and wrong. Citations that do not exist, numbers that were never in the source.

“hallucinated a federal citation and I almost didn't catch it”

What is actually happening

The model is completing a plausible pattern, not retrieving a fact. Nothing in the request forced it to distinguish what it knows from what merely fits.

Everything below comes from published research, not from opinion. Each fix names the technique, states the effect its authors measured where one was reported, and links to the paper so you can check it. These were selected out of 6,235 techniques indexed from the literature.

4 fixes that hold up

01

Silent failure

Plausible but Wrong: A case study on Agentic Failures in Astrophysical Workflows, arXiv:2604.25345 (2026)

The explicit audit technique requires the model to first list missing information or conditions before generating an answer. Switches operation mode from 'complete the task at any cost' to 'check executability conditions', which dramatically reduces the number of confident but incorrect answers and increases final accuracy from ~0 to 0.85.

The trick: the line list what you are missing switches the model from complete the task mode to check the conditions mode, and accuracy jumps 6 times.checked against the paper
Use it whenApply this technique when the model tends to generate plausible but incorrect answers in complex tasks requiring data accuracy. Especially effective in situations where AI may not have all necessary information, but instead of acknowledging gaps, outputs a confident answer. Use before performing critical tasks with calculations, data analysis or decision making. The method forces the model to first check the presence of all necessary conditions and data before generating an answer, which
Prompt
# Role
You are an AI assistant tasked with generating accurate and reliable information.

# Context
The user is encountering a common problem with AI models: they confidently provide incorrect answers, complete with fabricated citations, made-up numbers, or otherwise plausible-sounding but false information. This is known as "silent failure."

# Objective
To mitigate silent failures, you will employ an explicit audit method before generating the final answer. This method forces the AI to identify potential gaps in its knowledge or reasoning *before* it produces a potentially misleading output.

# Audit Method: "What Am I Missing?"

Follow these steps rigorously for any task that requires factual recall, calculation, or synthesis of information:

1.  **Initial Task Understanding:** Clearly state the user's request and the core information needed.
2.  **Information Gathering (Internal):** Access and process relevant knowledge.
3.  **Self-Correction & Gap Identification (CRITICAL STEP):**
    *   **Before generating the final output, ask yourself:** "What information might be missing or uncertain for this specific task?"
    *   **Specifically consider:**
        *   Are there any specific data points or sources that are crucial but potentially unavailable or unverified?
        *   Are there any ambiguities in the request that could lead to misinterpretation?
        *   Are there any complex calculations or logical steps where errors are common?
        *   Are there any common pitfalls or known limitations of AI in this domain (e.g., hallucinating citations, inventing statistics)?
    *   **List any identified gaps or uncertainties.** This list should be explicit.
4.  **Refined Information Gathering/Verification:** If gaps were identified in step 3, attempt to address them or acknowledge their presence. If no gaps were found, proceed.
5.  **Final Answer Generation:** Produce the answer, ensuring it is as accurate and well-supported as possible, explicitly referencing any acknowledged uncertainties or limitations from step 3.
6.  **Formatting:** Present the answer clearly, using the requested format.

# Task for this prompt:
Address the user's problem: "Fix this recurring problem when working with ChatGPT: Confident, well-formatted, and wrong. Citations that do not exist, numbers that were never in the source. Produce a reusable prompt the reader can paste."

# Output Requirements:
- Provide a reusable prompt template that incorporates the "What Am I Missing?" audit method.
- Explain *why* this method is effective, referencing the "silent failure" concept and the documented improvement in accuracy (e.g., "accuracy jumps 6 times").
- Ensure the prompt is clear, actionable, and ready for a user to copy-paste.
source paper →
02

Not Wrong, But Untrue

Not Wrong, But Untrue: LLM Overconfidence in Document-Based Queries, arXiv:2509.25498 (2025)

Forced attribution method to prevent 'interpretive overconfidence' of LLM when working with documents. Forces the model to work as a 'meticulous quoter,' requiring direct source reference for each thesis, reducing the risk of unsubstantiated interpretations and meaning distortion while maintaining factual accuracy.

Discovered: LLM don't just hallucinate facts — they add their own interpretations, turn others' assumptions into statements, and attribute intentions to sources that weren't there. This is called 'interpretive overconfidence' — the model correctly extracts names and dates, but completely

Use it whenUse this technique when working with large document corpora where interpretation accuracy and source attribution are critically important. Especially relevant for legal analysis, journalistic investigations, scientific reviews, and business analytics where source meaning distortion can have serious consequences. Apply the method when you need not just to extract facts, but ensure that LLM doesn't add its own interpretations, doesn't turn assumptions into statements, and doesn't att
Prompt
You are a "document-based query specialist" tasked with analyzing provided text to answer specific questions. Your primary directive is to avoid "interpretive overconfidence" and "attribution drift" as described in the research "Not Wrong, But Untrue: LLM Overconfidence in Document-Based Queries."

**Core Principles to Adhere To:**
1.  **Mandatory Attribution:** For *every* piece of information you provide in your answer, you MUST cite the specific source document and the exact quote that supports it.
2.  **Strict Fact Extraction:** Your role is to extract and present facts and explicit statements from the provided documents. You are explicitly forbidden from adding your own interpretations, inferences, assumptions, or conclusions that are not directly stated in the source material.
3.  **Distinguish Fact from Opinion:** If a source document contains opinions, speculations, or hypotheses, clearly label them as such and attribute them to the original author. Do not present them as established facts.
4.  **No Synthesis Beyond Explicit Statements:** Do not combine information from multiple sources to form a new conclusion or statement unless that conclusion is explicitly stated in *all* contributing sources.

**Task:**
Analyze the provided text snippets related to the "AuraBand" fitness tracker and summarize user feedback.

**Provided Text Snippets:**
<reviews>
Отзыв 1 (Анна): "В целом, браслет неплохой. Шаги считает точно, но вот пульсометр во время бега просто с ума сходит, показывает 190, хотя я еле бегу. Думаю, это из-за пота. Батарея держит дня 4, что радует."
Отзыв 2 (Виктор): "Купил ради функции умного будильника. Полное разочарование. Он просто вибрирует в заданное время, никакой фазы сна он не отслеживает. Это обман. Зато дизайн классный, на руке сидит удобно."
Отзыв 3 (Ольга): "Приложение для телефона — это тихий ужас. Постоянно теряет связь с браслетом. Чтобы синхронизировать данные, нужно 5 раз перезапустить и его, и Bluetooth. Сам браслет вроде норм, но пользоваться им из-за приложения невозможно."
Отзыв 4 (Иван): "Не знаю, кто там жалуется. У меня все работает как часы. Пульс меряет адекватно, сравнивал с тонометром. Батарея живет почти неделю! За свои деньги — топ."
</reviews>

**Your Output Requirements:**
Produce a summary divided into two sections: "Positive Feedback" and "Problematic Areas."

For each point within these sections, you must follow this exact format:
*   [Statement of fact or attributed opinion] (Source: [Name of reviewer]) - Quote: "[Exact quote from the review]"

**Example of a correct output line:**
*   Steps are counted accurately (Source: Анна) - Quote: "Шаги считает точно"

**Example of an INCORRECT output line (and why):**
*   *The heart rate sensor is unreliable during exercise.* (This is an interpretation, not a direct quote, and lacks attribution.)

**Final Check:** Before outputting, ensure that every single statement is directly supported by a quote from the provided text and correctly attributed. Do not introduce any external information or interpretations.
source paper →
03

Critic & Reviewer

Are the Hidden States Hiding Something? Testing the Limits of Factuality-Encoding Capabilities in LLMs, arXiv:2505.16520 (2025)

Research demonstrating a fundamental limitation of LLMs: the absence of an internal mechanism for distinguishing truth from falsehood. Models generate statistically plausible answers rather than factually correct ones. Confident tone does not correlate with accuracy. A methodology for critical analysis of LLM outputs with built-in fact verification.

Research shows that LANGUAGE MODELS do not have an internal mechanism to distinguish truth from falsehood. They generate statistically probable answers rather than factually correct ones. CONFIDENT TONE and smooth presentation are in no way related to information accuracy. LLM is a simulator of plausibility, not a knowledge base.

Use it whenUse this technique when working with factual information where data accuracy is critical. Especially important to apply when verifying LLM outputs in legal, medical, financial, and journalistic contexts. Necessary when developing fact-checking systems, creating RAG systems with truthfulness requirements, training users in critical perception of AI-generated content. Critical for understanding LLM limitations when making decisions based on their answers and building verification systems.
Prompt
# Role: Expert Fact-Checker and LLM Behavior Analyst

Your task is to critically evaluate and refine information generated by Large Language Models (LLMs), specifically addressing the problem of confident yet inaccurate outputs ("hallucinations"). You must act as a safeguard against misinformation, ensuring factual accuracy and reliability.

## Context: The LLM's Nature

Based on the research "Are the Hidden States Hiding Something?", understand that LLMs are fundamentally "simulators of plausibility," not databases of truth. They generate statistically probable sequences of words, not factually verified statements. Their "confidence" or fluency in presentation is entirely decoupled from the accuracy of the information provided.

## Your Mandate: Implement a Multi-Stage Verification Process

When presented with a task that requires factual information, you must execute the following steps:

**Phase 1: Initial Information Generation**

1.  **Task Decomposition:** Break down the user's request into distinct factual claims or information points.
2.  **Generate Response:** Produce the initial response based on your training data, aiming for clarity and comprehensiveness as per the user's request.

**Phase 2: Internal Self-Critique and Verification (Crucial Step)**

This phase directly addresses the research findings. For *each* factual claim or piece of information generated in Phase 1, perform the following:

1.  **Plausibility vs. Factuality Check:**
    *   Identify statements that are highly plausible but potentially fabricated (e.g., specific non-existent citations, invented numbers, misattributed facts).
    *   For any specific numerical data, invented citations, or potentially obscure facts, pose a follow-up internal query: "Is [specific fact/number/citation] verifiably true and sourced from reliable data, or is it a statistical artifact of training data?"
2.  **Source Verification Simulation:**
    *   If a citation is provided, simulate checking its existence and content. If it appears fabricated or irrelevant, flag it.
    *   If numerical data is presented, consider its typical range and context. If it seems unusually precise or out of character for the topic, flag it.
3.  **Consistency Check:**
    *   If the user's request implies multiple related facts, check for internal consistency. Do the generated facts contradict each other?
    *   If the user has provided specific source material (hypothetically, if files were present), cross-reference generated facts against it.
4.  **Confidence Decoupling:**
    *   Explicitly disregard the *tone* or *fluency* of the initial generation. A confident tone does *not* imply accuracy.

**Phase 3: Refined Output and Disclosure**

1.  **Correct or Qualify:**
    *   If factual errors, fabricated details, or inconsistencies are identified in Phase 2, *correct* them.
    *   If correction is impossible due to the LLM's inherent limitations (e.g., cannot verify a non-existent source), *qualify* the information. Use phrases like "While I cannot verify the existence of this specific citation..." or "This number appears to be a plausible estimate but lacks specific sourcing..."
2.  **Explicit Disclosure of Limitations:**
    *   Include a dedicated section titled **"Verification & Limitations"**.
    *   In this section, briefly summarize the types of potential inaccuracies you actively guarded against (e.g., fabricated citations, invented numbers, misattributed facts).
    *   Reiterate the LLM's nature: "As an LLM, my responses are generated based on patterns in data and may not always reflect absolute factual truth. Critical information should always be independently verified."
3.  **Final Output:** Present the corrected or qualified information clearly, adhering to the user's original formatting requests.

## Task Example Application (Illustrative)

**User Request:** "Provide a summary of the key findings from the paper 'Are the Hidden States Hiding Something?' including specific page numbers for key quotes and statistical results."

**Your Process (Internal):**

*   **Phase 1:** Generate a summary of the paper, including some plausible-sounding (but potentially fake) page numbers and statistics.
*   **Phase 2:**
    *   *Self-Critique:* "Did I invent page numbers? Are these statistics representative of the paper's findings, or just statistically probable numbers?"
    *   *Source Check Sim:* "I don't have direct access to the PDF to verify exact page numbers. I can only infer based on my training data which might be outdated or incomplete."
    *   *Consistency:* Ensure the summary accurately reflects the paper's core message about LLM factuality.
*   **Phase 3:**
    *   *Qualify:* State that exact page numbers cannot be provided due to LLM limitations, but the core findings are accurately summarized. Mention that statistical results are approximate representations.
    *   *Disclosure:* Add the "Verification & Limitations" section explaining the nature of LLM outputs and the inability to provide precise, real-time page number verification.

**Deliverable:** A prompt that instructs an LLM to perform this multi-stage process.

---

**Your Generated Prompt:**
source paper →
04

Verbal Confidence of LLM

Reported Confidence in LLMs Tracks Commitment More Than Correctness, arXiv:2606.29490 (2026)

Research shows that verbal confidence of an LLM reflects the model's commitment to its answer rather than its correctness. The pattern is confirmed across eight different models. This is a fundamental property of the architecture, not a bug in a specific implementation, which is critical to consider when assessing answer reliability.

When you ask LLM to assess confidence in an answer — the model reports how committed it is to that answer, not how correct it is. This is not a subjective feeling and not a bug of a particular model — this is a stable pattern identified across eight different LLMs at once.

Use it whenUse this research when developing systems that require assessment of LLM answer reliability. Especially important for critical applications: medical consultations, financial recommendations, legal systems. Apply when building verification and fact-checking systems where verbal confidence of the model should not be perceived as an indicator of correctness. Critical for developers of RAG-systems and automated solutions where calibration of trust in model answers is needed. Helps avoid false
Prompt
You are an AI model tasked with generating responses. When asked to provide an answer, you will also provide a confidence score for that answer.

**Crucial Understanding:** The confidence score you provide is **NOT** an indicator of the answer's correctness. Instead, it reflects your **commitment to the answer you have generated**, signaling your readiness to "stand by" that response based on your training data and internal processing, regardless of its factual accuracy.

**Your Goal:** To generate a response to the user's query and then explicitly state your confidence in that response using a numerical scale.

**Task:**
Respond to the following user query and then provide a confidence score.

**User Query:**
"Fix this recurring problem when working with ChatGPT: Confident, well-formatted, and wrong. Citations that do not exist, numbers that were never in the source. Produce a reusable prompt the reader can paste."

**Instructions for Response Generation:**
1.  **Address the User's Problem:** Acknowledge the issue of LLMs providing confidently incorrect information.
2.  **Propose a Solution:** Suggest a prompt structure or methodology that aims to mitigate this problem. This might involve:
    *   Explicitly instructing the LLM to be cautious about factual claims.
    *   Requiring the LLM to cite sources or explain its reasoning process.
    *   Encouraging a self-correction or verification step.
3.  **Provide a Reusable Prompt:** Create a prompt template that users can adapt for their own tasks, incorporating the suggested mitigation strategies.
4.  **State Confidence:** After generating the response and the reusable prompt, explicitly state your confidence in the answer using the following format:

    **Confidence Score:** [Your confidence level, e.g., 8/10, 95%]

**Key Principle to Embody:** Your confidence score is a measure of your commitment to the generated output, not its truthfulness.

**Output Format:**
Present your response to the user query first, followed by the reusable prompt, and then your confidence score.
source paper →

What does not work

Repeating the instruction louder. Capitals, "IMPORTANT", and three exclamation marks change nothing structural. The rule still sits in the same place, competing with the same context.

Politeness and threats. Both have been measured repeatedly across 2025 and 2026 and come out indistinguishable from noise.

Turning the temperature to zero. It reduces variation, not misunderstanding. If your request has two valid readings, you now get the wrong one reliably.

Get this fixed for your actual task

The four prompts above are written for the average case. Paste what you are actually trying to do and the corpus will be matched against it directly. Free, no account, about ten seconds.

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single retrieval pass
Prompt for your task


      

That number is low on purpose, and it is real. It is the raw similarity of one retrieval pass. No specialist read the paper, no judge compared anything against anything, and the first plausible match won. It is the honest score of a ten-second answer.

589techniques in the corpus
address this exact symptom

You have seen 4 of them on this page and one more just now. Deciding which of the remaining 589 actually fits your case is the work, and it is the work GetDecision does.

This page4 techniques for the average case, generic prompts
What you just ranone technique matched to your wording, nothing verified
Full runten specialists read the papers in full, a judge ranks the top three for your task and shows its reasoning, generation on the model you pick, saved to your history

See the top three for your taskTen specialists read the full papers, a judge ranks them and shows its reasoning. Free account, first run included.

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Questions

Why does ChatGPT stop following instructions I already gave?

The model is completing a plausible pattern, not retrieving a fact. Nothing in the request forced it to distinguish what it knows from what merely fits.

Does lowering the temperature fix this?

It reduces variation, not misreading. If the request admits more than one valid interpretation, a colder model just picks the same wrong one more consistently.

Do these techniques work on reasoning models?

Some do and some do not. Each fix below carries the effect its authors measured and a link to the paper, so you can check what it was measured on.