Study Tools
Notes to Flashcards: Turn Your Notes Into Study Cards
AI notes to flashcards generation, built into the same app where you already take notes — no separate deck-building app or manual card writing required.
Question
What is the powerhouse of the cell?
Tap to flip →
Quick answer
Try the result first
Step through a sample note, its summary and the cards you'd review — no account needed. Cards are editable here, but review is manual: Luma has no scheduled spaced-repetition algorithm. Structure your notes with the Cornell notes template for cleaner cards.
Interactive example — prewritten content, no live AI
Walk through the three steps: a note, the summary that goes with it, and the flashcards you'd review.
Lecture 4 — Photosynthesis
- Photosynthesis converts light energy into chemical energy stored as glucose.
- Two stages: light-dependent reactions (thylakoid membrane) and the Calvin cycle (stroma).
- Light-dependent reactions split water, release oxygen, and make ATP + NADPH.
- The Calvin cycle uses that ATP and NADPH to fix CO₂ into sugar. No light needed directly.
- Chlorophyll absorbs red and blue light strongly, reflects green — that's why leaves look green.
- Overall: 6 CO₂ + 6 H₂O + light → C₆H₁₂O₆ + 6 O₂.
This sample note is read-only here. In Luma you'd type or dictate your own.
Summary of the note
- Photosynthesis turns light into stored chemical energy (glucose).
- Light-dependent reactions happen in the thylakoid membrane and produce ATP, NADPH and oxygen.
- The Calvin cycle happens in the stroma and uses ATP and NADPH to build sugar from CO₂.
- Leaves look green because chlorophyll reflects green light while absorbing red and blue.
Fixed sample text, written in advance. Nothing on this page is generated while you read it.
Card 1 of 4
Editable belowYour edits stay in this browser tab only. They aren't saved to an account and they don't regenerate the summary — this example never calls AI.
Nothing here is saved. Make your own notes to keep them.
Create your own notesHow it works in Luma
- 1Open any note — typed, or captured by voice and cleaned up by AI.
- 2Generate flashcards from the note. Luma reads the note's content and produces a set of question-and-answer pairs based on what's in it.
- 3Flip through the generated cards, front (question) to back (answer), and edit any wording that doesn't quite match how you'd phrase it.
- 4Save the set. It's stored as a study deck linked back to the original note, so you can always see where a card came from.
- 5Review cards in a study session: flip each one, mark it reviewed, and track progress toward marking cards as mastered so future sessions focus on what's left to learn.
The study method behind it: active recall, honestly described
Flashcards work as a study method mainly because of active recall — trying to retrieve an answer from memory before checking it is more effective than re-reading notes passively. Luma's flip-card review (question first, answer on flip) is built around that principle.
Spaced repetition — the practice of reviewing material at increasing intervals right before you're about to forget it — is a separate, more specific technique used by dedicated apps like Anki, which calculate an exact next-review date per card using an algorithm. Luma doesn't do that scheduling. Instead, it gives you a simpler mastered/not-mastered status per card and a daily study session that surfaces cards you haven't mastered yet, which supports repeated review over time without a fixed spacing algorithm.
If you want strict, algorithmic spaced repetition, a dedicated flashcard app is the more precise tool. If you want flashcards generated directly from the notes you're already taking, without switching apps or re-typing content, that's what this feature is for.
Good fit for notes-to-flashcards
- Students reviewing lecture notes before a test
- Vocabulary, definitions, dates, and other fact-based material
- Anyone who wants study cards without leaving their note-taking app
Not the right tool for
- — Strict, algorithm-scheduled spaced repetition across huge decks (use a dedicated tool like Anki)
- — Notes with no clear facts or structure — vague journal entries generate weaker cards
Who this is for
Students preparing for exams get the most direct value: capture a lecture with voice-to-notes, clean it up, then generate flashcards to review before the test — see our full guide for note-taking for students.
It's also useful for anyone learning terminology or facts for work — onboarding material, a new domain's vocabulary, or certification prep — where turning existing notes into a quick review deck saves you from building flashcards by hand. Start from a template if you're not sure how to structure notes for good flashcard generation.
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FAQ
Try notes-to-flashcards free
50 notes and 5 AI actions a day included, no credit card.