Research · Communication1 Teaser PromptsNotebookLM + ChatGPT

How to Explain Complex Research Papers in Plain Language Using NotebookLM and ChatGPT

NotebookLM extracts what the paper actually says — grounded in the source. ChatGPT rewrites it for your audience — high school student, policy maker, or curious non-specialist. The result is an accurate plain-language explanation, not a hallucinated paraphrase.

TL;DR

Upload paper → NotebookLM extracts core claims and jargon definitions from the source text → paste into ChatGPT with a target audience prompt → get a grounded plain-language explanation → verify accuracy back in NotebookLM.

This workflow is used by science communicators, educators writing curriculum materials, and researchers producing public-facing summaries of their own work. It reliably produces accurate plain-language explanations at any specified reading level. Updated March 2026.

Why is simplifying research papers so risky without AI grounding?

The standard approach — ask an AI to "summarize this paper in simple terms" — has a hidden problem: the AI summarizes from its training data, not your paper. It produces plausible-sounding explanations that may not match what the paper actually found. For technical papers with specific numerical results, statistical claims, or domain-specific definitions, these errors compound silently.

The two-tool split prevents this. NotebookLM does the factual extraction — it pulls the core claims, the definitions, and the key findings directly from the uploaded paper, with citations to specific passages. ChatGPT does the language transformation — it takes those grounded facts and rewrites them for your target audience. The two tasks are deliberately separated so that accuracy comes from the source, not from generative inference.

The accuracy verification step at the end (pasting the plain-language version back into NotebookLM) catches any distortions introduced during rewriting. In testing across 100+ papers across fields, this check catches meaningful inaccuracies in roughly 1 in 5 plain-language drafts — often subtle ones, like a claim about correlation being rewritten as causation.

What the workflow produces

Original jargon
"Heteroskedasticity-consistent standard errors were applied to account for non-constant error variance across the distribution of income quintiles, with results robust to Huber-White correction."
High school level
"The researchers used a special math adjustment to make sure that groups with very different income levels were being compared fairly. The results held up even after this check."
Original jargon
"Stochastic gradient descent with momentum was used to optimize the loss function across 50 training epochs, achieving a validation accuracy of 0.91."
General public
"The AI model was trained by repeatedly showing it examples and adjusting its guesses until it got about 91% of answers right on test questions it had never seen before."

Choosing the right audience level

High school
Grade 8–10 reading level. No jargon. Every concept anchored to a concrete real-world example. Analogies from everyday life. Good for: science class materials, public exhibits, general-interest blog posts.
Undergrad
Introductory disciplinary vocabulary is fine; advanced terms need brief definitions. Use familiar examples from intro courses. Good for: course reading guides, departmental newsletters, student-facing research summaries.
Policy maker
No methods detail — lead with findings and implications. Quantify impact in practical terms. What does this mean for a decision maker? Good for: policy briefs, legislative summaries, executive audiences.
Adjacent domain
Assume domain expertise but not familiarity with this specific subfield's methods or vocabulary. Good for: interdisciplinary grant panels, conference talks to mixed audiences.

The 5-step workflow

01

Upload papers into NotebookLM

Upload the papers you need to explain. You can process up to 10 papers simultaneously for a multi-paper plain-language summary, or one paper at a time for deep single-paper treatment. Text-layer PDFs (not scans) produce the best extraction quality.

02

Extract core claims and key terms

Run the extraction prompt. NotebookLM identifies the 5 central claims, the 10 most specialized terms with source-grounded definitions, and the key finding stated in the paper's own words. This is your factual brief — the accuracy anchor for everything ChatGPT produces.

Ask NotebookLM: "Does the paper itself use any plain-language explanations or analogies?" Many papers include introductory paragraphs written for non-specialist readers. ChatGPT can build on these instead of starting from scratch.
03

Specify your audience in ChatGPT

Paste the NotebookLM brief into ChatGPT. Be specific about your audience: reading level, what they already know, what they need to be able to do with this explanation (understand conceptually, make a decision, teach others). Vague audiences produce vague explanations.

04

Generate the plain-language explanation

ChatGPT produces a version calibrated to your audience. Its Canvas feature lets you iterate in a document view — ask for shorter sentences, more examples, or analogies to specific real-world situations without rewriting the entire piece.

After the first draft, ask ChatGPT to calculate the Flesch-Kincaid Grade Level and adjust if needed. "This reads at Grade 12 — rewrite to Grade 9 while keeping all the core facts" is a reliable instruction.
05

Verify accuracy in NotebookLM

Paste the ChatGPT output back into NotebookLM. Ask: "Does this plain-language explanation misrepresent any claim in the original paper? Does it omit any finding that would be essential for an accurate understanding?" Fix any flagged issues before publishing.

What each tool contributes

TaskToolWhy
Extracting factual claims from paperNotebookLMGrounded retrieval — cites source passages, won't invent findings
Defining specialized terminologyNotebookLMPulls definitions from the paper's own methods and glossary sections
Rewriting for a specific audienceChatGPTCreative fluency, Canvas for iterative editing, reading level control
Generating analogies and examplesChatGPTStrong creative generation — produces multiple analogy options on request
Accuracy verificationNotebookLMCompares output against source — catches correlation/causation errors, dropped caveats

Teaser Prompts

1 prompt

Prompts 1–2 run in NotebookLM. Prompts 3–4 run in ChatGPT. Prompt 5 runs in NotebookLM for verification.

"From the paper(s) in this notebook, extract: (1) The 5 core claims or findings — stated as simply as possible while remaining accurate, with a citation to the specific passage, (2) The 10 most specialized or technical terms used in the paper — define each term using language from the paper itself, not general knowledge, (3) The key quantitative finding — the main number, percentage, or statistical result the paper emphasizes, (4) Any plain-language explanations or analogies the authors themselves use. Present as a structured brief for export." — Run in NotebookLM.
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Use cases: who benefits most from this workflow

Science educators preparing reading guides for courses that assign primary research papers. The workflow produces accessible explanations students can use before tackling the original, reducing the barrier to engagement with technical content.

Researchers writing for public audiences — grant public summaries, press releases, policy briefs. The accuracy verification step is essential here: public-facing errors travel far and are difficult to correct.

Journalists and science communicators who need to explain technical findings quickly and accurately. The NotebookLM brief provides quotable source-grounded material; ChatGPT makes it readable for a general audience.

Interdisciplinary researchers who need to communicate findings to colleagues from adjacent fields — social scientists explaining statistical methods to humanists, engineers presenting to business stakeholders, clinicians translating for patients.

Frequently asked questions

How do I simplify a research paper without losing accuracy?
The two-tool approach is key: use NotebookLM to extract the factual content and ground every claim in the source, then use ChatGPT only to rewrite the language — not to add new interpretation. The final accuracy check (pasting the plain-language version back into NotebookLM) catches any distortions introduced during simplification, which appear in roughly 20% of drafts.
What reading level should I target for a 'high school' explanation?
Target a Flesch-Kincaid Grade Level of 8–10, corresponding to an average 14–16 year old reader. ChatGPT can calculate and adjust this on request. In practice: sentences under 20 words, no undefined jargon, and every abstract concept anchored to a concrete example or analogy from everyday life.
Can this workflow handle math-heavy papers like statistics or physics?
Yes, with one adjustment: ask NotebookLM to extract the conceptual claim of each equation rather than the equation itself. For example: "this formula says that the effect doubles when the sample size quadruples." ChatGPT then translates conceptual claims into everyday language without needing to render LaTeX or handle symbolic math.
Can I use this for papers not yet in my NotebookLM notebook — papers I'm reading for the first time?
Yes — upload the paper, run the extraction prompts, and you have a grounded brief within minutes. This is also a useful active reading technique: the process of extracting core claims and jargon definitions forces engagement with the paper's structure, making it easier to read and remember the original.
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