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Gemini Notebook cites a paper passage for every role and dependency. You check the citations instead of re-reading the papers.
Get ready
Build cited map
Check the map
Draft the sequence
Check and finish
Use: You
The eight ecology seminar papers, course outcomes and weekly reading-time budget.
Check which papers are required and which are optional.
Use: Gemini Notebook
Upload the eight papers and outcomes as sources. Ask for a per-paper role and prerequisite map, each row cited to a passage.
What to paste into the tool
Task: Reading map with source IDs, purposes and dependencies, each row cited to a paper passage. For each of the eight uploaded papers, state its role relative to the course outcomes and which other papers it depends on or feeds into. Cite the passage behind every claim. Mark anything uncertain instead of guessing.
Use: You
Open each citation, fix roles and dependencies, and keep required status, outcome links and dependency IDs. Leave unresolved rows flagged.
Each citation supports its role or dependency, every required paper appears, and required versus optional survived your corrections.
Use: Gemini Notebook
In the same notebook, ask for the reading sequence with one purpose question and one synthesis checkpoint per source, plus a study-guide artefact.
What to paste into the tool
Task: A reading sequence with a purpose question and synthesis checkpoint per source. Using the corrected map, order the papers so each builds on the last, explain each dependency, and write one purpose question and one synthesis checkpoint per paper. Keep flagged uncertainties visible.
Use: You
Check the sequence fits the weekly time budget and that questions test comprehension, not just completion.
Every required reading appears once, dependencies explain the order, each checkpoint maps to an outcome. Preparation only; do not submit learner work, publish material, alter official grades or make placement decisions automatically.
ChatGPT summarises each paper in its own chat, then drafts the map and order from your checked cards.
Get ready
Draft paper cards
Check the cards
Draft map and order
Check and finish
Use: You
The eight ecology seminar papers, course outcomes and weekly reading-time budget.
Check which papers are required and which are optional.
Use: ChatGPT
In its own chat per paper, upload it with the outcomes. Ask for a card: role candidates, key claims, shared concepts.
What to paste into the tool
Task: Eight per-paper summary cards, each produced from a single-paper chat. For this one uploaded paper only: state its role candidates relative to the course outcomes, its key claims, and the concepts and terms it shares with the outcomes. Note explicitly any other paper it cites or builds on. Mark anything uncertain instead of guessing. Inputs: [upload the single paper for this chat] [paste the course outcomes].
Use: You
Check each card against its paper. A card covers one paper and shows no cross-paper dependency.
Check each card before relying on it, and paste only checked cards into the next step.
Use: ChatGPT
In a fresh chat, paste the cards for a dependency map and reading order. Then use each paper's chat for its question and checkpoint.
What to paste into the tool
Task: A cross-paper dependency map and a draft reading order built only from these eight checked summary cards. Order the papers so each builds on the last. Keep each paper's required status, outcome links and dependency IDs from the cards. Use only links stated on the cards; leave unresolved links flagged instead of inventing them. Mark anything uncertain instead of guessing. Inputs: [paste the eight checked summary cards]. Task: A reading sequence with a purpose question and synthesis checkpoint per source. Using this paper's card and its place in this reading order, write one purpose question and one synthesis checkpoint for the paper. Keep flagged uncertainties visible. Inputs: [paste this paper's card] [paste the reading order showing this paper's place].
Use: You
Check dependencies against the papers, not just the cards, and assemble the final document. The named human reviews it.
The sequence fits the weekly time budget; questions test comprehension, not completion. Every required reading appears once; each checkpoint maps to an outcome. No cited page confirms inline citations to uploaded passages or the specialised operations, so every card, question and checkpoint is checked by hand.
Claude reads all eight papers in one project and drafts the map, then the sequence. You check both.
Get ready
Draft reading map
Check the map
Draft the sequence
Check and finish
Use: You
The eight ecology seminar papers, course outcomes and weekly reading-time budget.
Check which papers are required and which are optional.
Use: Claude
Upload the papers and outcomes to a Claude project. Ask for a map: source ID, role, and dependencies, with uncertainty marked, not invented.
What to paste into the tool
Task: A draft reading map for these eight uploaded papers. For each paper give its source ID, its role relative to the course outcomes, and the other papers it builds on or should be read after, based only on the uploaded texts. Mark uncertainty instead of inventing links. Note required versus optional status where the materials state it. Inputs: [upload the eight papers] [paste the course outcomes].
Use: You
Check each role and dependency against the papers. Check the map fits the weekly budget and mark papers whose role stays unresolved.
Required versus optional survived, and total planned reading fits the weekly budget.
Use: Claude
Paste the map, outcomes and budget. Ask for the sequence, one purpose question per source and the synthesis checkpoints.
What to paste into the tool
Task: A reading sequence with a purpose question and synthesis checkpoint per source. Using this map, order the papers so each builds on the last, explain each dependency from the map, and write one purpose question and one synthesis checkpoint per paper. Do not add papers or dependencies that are not in the map. Keep flagged uncertainties visible. Inputs: [paste the corrected reading map] [paste the course outcomes] [paste the weekly reading-time budget].
Use: You
Check questions test comprehension and the sequence follows the dependencies. The named human reviews the result.
Every required reading appears once, dependencies explain the order, each checkpoint maps to an outcome. Preparation only; do not submit learner work, publish material, alter official grades or make placement decisions automatically.
Best when: Traceability matters more than choosing any assistant
What it does: Gemini Notebook maps and drafts; you follow citations
Strong at: Every role and dependency cites a passage
Limit: Dependency chains and question quality lack vendor confirmation
Free plan: Yes, limited (notebook and source caps)
Best when: You prefer single-document chats
What it does: ChatGPT drafts per paper; you check each link
Strong at: No answer has to span all eight papers
Limit: Needs many separate chats and your own assembly
Free plan: Yes, limited (uploads and data analysis)
Best when: One workspace should hold all eight papers
What it does: Claude drafts both stages; you check each
Strong at: Carries both stages in one project
Limit: You check both stages against the papers
Free plan: Yes, limited (5-hour and weekly usage caps)
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The learner confirms required versus optional readings before sequencing.
The learner checks the weekly time budget and that every question requires comprehension rather than mere completion.
Uncertainty is marked rather than filled with invented answers or learner evidence.
Preparation only. The named human reviews the result; do not submit learner work, publish material, alter official grades or make placement decisions automatically.
Available only to users above the age of consent in supported countries; some features need users over 18, with age verification.
Check the result against your original inputs. Approve it before sharing or acting.