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Turn your physics GRE notes into flashcards with AI

Upload lecture notes, slides or pages from a review book you own, and get a flashcard deck for the topics you still need to master.

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Free · First set needs no signup · Creates flashcards in seconds

Why build your own physics GRE deck

Ready-made physics GRE sets are hit or miss, since none of them is built around the lectures or review book you actually used. A deck made from your own notes covers the derivations, notation and examples your course emphasized.

  • Cards follow your course notes and the chapters you have on hand.
  • Quizzes cover the same content so you can test recall, not just recognition.
  • Spaced repetition concentrates review on the formulas and concepts you keep missing.
  • Exports to Anki or CSV are available on paid plans if you want to study elsewhere.
Example physics GRE flashcards
State Newton's second law in its general form.F = dp/dt, the rate of change of momentum. It reduces to F = ma when mass is constant.
What is the Lorentz force on a charge q moving with velocity v in fields E and B?F = q(E + v × B), the electric force plus a magnetic force perpendicular to the velocity.
What does the photoelectric effect show about light?Light delivers energy in quanta of hf. Emission depends on frequency above a threshold, not intensity, and the maximum electron kinetic energy is hf minus the work function.
How is entropy related to microstates?S = k_B ln Ω, where Ω is the number of accessible microstates of the system.
What are the energy levels of the hydrogen atom?E_n = −13.6 eV / n². The ground state n = 1 has energy −13.6 eV.
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Cards from your own material

Upload PDFs, PowerPoint slides, Word files, plain notes or photos of pages, and get flashcards built from the courses and books you actually use.

Spaced repetition

Cards you miss come back sooner and cards you know drop out of rotation, so your review time goes to the physics you have not yet locked in.

Quizzes with explanations

Turn the same material into multiple choice, true or false, and short answer questions, each with an explanation of why the answer is right.

How it works

Upload your material

Add a PDF, slide deck, set of notes or photo of a page. Text in images is read with text recognition.

Review the generated cards

Skim the flashcards, remove anything off-topic and edit wording so each card matches how you think about the physics.

Study on a schedule

Work through due cards in the browser each day. The spaced repetition schedule decides what comes back and when.

Your own notes also show your gaps. Start with the topics you find hardest, such as classical mechanics or electromagnetism, and let spaced repetition bring them back before you forget them.

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Frequently asked questions

Which physics GRE topics should I make flashcards for first?

Classical mechanics and electromagnetism are among the largest areas on the exam, so they are a strong place to start. Then add the topics your own course covered least well.

What should a physics GRE flashcard look like?

Put one idea on each card, such as a law, a formula with its variables defined, or a conceptual question. Short answers work best because they make you retrieve the idea rather than recognize it.

Can I export my physics GRE flashcards?

Study in the browser is included in the free plan, but exports to PDF, DOCX, Anki and CSV require Plus at $39 per year or $7.99 per month. Students get 40% off with a school email.

Do I need a credit card to try it?

No. You can start on the free plan with 3 generations per month and no credit card.

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Keep exploring the topic

Review the main ideas visually or practice recalling them.