How I Took 0 Notes in Medical School

Main Ideas

• Note-taking worked in undergrad but did not scale to medical school. The speaker used handwritten notes, summaries, and repeated rewriting to identify key ideas. He says this approach helped him earn strong grades, score in the top 1% on the MCAT, and gain admission to Stanford. Medical school’s much greater volume of material made doing more of the same unsustainable.
• Spaced repetition helped with retention, but it was not a complete solution. When he first put too much lecture content into Anki, he accumulated an overwhelming number of cards and could recall isolated words without understanding how to apply them.
• The goal is not to memorize every fact. He argues that many subjects contain organizing principles that explain or connect details. Finding those principles can reduce the number of cards needed and improve the ability to use knowledge.
• Learning should prevent forgetting rather than rely on repeated relearning. In his approach, spaced repetition keeps important material available over time, reducing the need to revisit old topics from scratch.
• New learning and review must stay in balance. Making lots of new cards can feel productive, but neglecting reviews harms retention. He also cautions against spending excessive time trying to recall every minor detail on every card.

Suggested Method

1. Identify the learning problem you actually need to solve.

   • A subject may be difficult because its concepts are challenging or because there is simply too much information.
   • The speaker contrasts the MCAT, where he often needed to understand underlying principles, with medical school, where the sheer volume of material was a major challenge.
   • Choose a study approach that addresses the current problem rather than automatically relying on what worked in the past.

2. Focus on principles before adding details.

   • Look for the idea or rule that connects several facts.
   • Ask how a term, mechanism, or observation follows from a broader concept.
   • Make cards that test understanding and application, not merely recognition or recitation.
   • Use details when necessary, but avoid creating a separate card for every fact when one principle can explain several of them.

3. Convert useful notes directly into active-recall cards.

   • Instead of writing notes that may never be reviewed, turn important connections, principles, and applications into flashcards.
   • Design prompts that require you to explain, reason, or apply an idea.
   • For example, a card about a word could ask you to use its parts or etymology to explain its meaning, rather than asking only for a definition.

4. Use spaced repetition to maintain what you learn.

   • Review cards over time so that material is less likely to be forgotten and require relearning.
   • Treat the software as a retention aid, not as a substitute for understanding.
   • The speaker recommends Anki based on his own experience, while noting that it has a learning curve.

5. Keep the amount of new material manageable.

   • Do not add cards indiscriminately just because the software can schedule them.
   • Make sure there is enough time to review existing cards as well as learn new material.
   • Avoid perfectionism: trying to memorize every detail can make cards take much longer without proportionate benefit.

6. Ask “why?” when material seems like pure memorization.

   • Look for explanations in relationships, mechanisms, structure, or context.
   • In his anatomy example, understanding a muscle’s attachment points helped him reason out its action.
   • Some facts may still need to be memorized, but he encourages testing whether they can be made understandable first.

7. Apply the approach consistently during clinical training.

   • Rotations and shelf-exam preparation leave less flexible study time, while the amount of material remains substantial.
   • He considers efficient learning and long-term retention especially important during clinical rotations.

Retention Model and Reported Results

The speaker presents a rough model for the maximum amount of information retained:

New things learned per day ÷ the proportion forgotten per day

For example, learning 10 new things daily while forgetting 10% corresponds to a theoretical total of about 100 retained items. If the forgetting rate falls to 1%, the estimate rises to about 1,000. He stresses that this is an approximate illustration, not a precise prediction of anyone’s learning.

He says his own card statistics showed that he forgot about 10 cards per day out of roughly 18,000 cards—an estimated forgetting rate of about 0.06%. He reports that his system helped him score in the top 0.1% on USMLE Step 1, earn honors on third-year shelf exams, and place in the top 10% on anesthesiology board exams in most years. He also says that, after building the system, he needed only about 20–30 minutes of daily review to maintain his cards. These are his personal claims and results, not guarantees for other students.

Transition Timeline and Practical Details

• The first exam after switching to spaced repetition went about as well as or better than before, though the process did not initially feel comfortable.
• He says it took around three to four weeks to get used to creating cards, and several months to feel confident that he was learning material deeply and applying it—not just memorizing facts.
• He says the approach ultimately replaced note-taking for most of medical school and residency.
• He recommends Anki, describing the desktop version as free and the iOS app as paid at the time of recording.

Speakers and Sources Featured

• Alec Palmerton, MD — sole speaker and narrator. He presents his personal study experience and answers questions attributed to students he has coached, participants in his programs, and YouTube commenters; those people do not speak directly in the subtitles.
• Tools and sources mentioned: Anki and spaced repetition. The speaker does not cite a specific external study or named research source.
• Institutions and exams mentioned as part of the speaker’s account: Stanford Medical School, Harvard/MGH, the MCAT, USMLE Step 1, third-year shelf exams, and anesthesiology board exams.