Science-backed study methods, explained and put into practice.
When you review a topic by rereading the same paragraph five times, your brain barely retains anything. When instead you ask yourself why something works that way, look for your own examples and connect that idea with something you already knew, you’re activating elaboration: one of the most powerful processes cognitive psychology has identified for…
Explaining the concept of inertia in your own words is one thing. Explaining why integration by parts works, or where Newton’s second law comes from in a specific problem, is quite another. The Feynman technique applied to math and physics demands more than simplifying with analogies: it demands being able to reconstruct the procedure step…
The Feynman technique is almost always explained with the image of an imaginary teacher or a friend listening to your explanation. But most of the time you study alone, in your room, with no one in front of you. That doesn’t invalidate the method: it just changes the tool you use to simulate the explanation….
Explaining entropy to a classmate with a messy-room analogy sounds easy until you try to do it without using the word “mess.” That’s where the Feynman method stops being theory and becomes a real test of understanding. Abstract concepts —entropy, economic inflation, mathematical functions, existentialism— are the ones that resist simplification the most, and that’s…
The Feynman technique seems simple: you pick a concept, explain it in simple words, and locate what you don’t understand. But that simplicity is deceptive. Many students apply it incorrectly without realizing it and end up with a false sense of mastery, convinced they “already understand it” when in reality they only repeated memorized phrases….
When you finish reading a topic and think “okay, I get it now,” there’s a test that usually breaks that feeling apart in seconds: try explaining it to someone who knows nothing about the subject, without using the textbook’s jargon. If you stumble, repeat stock phrases, or resort to “well, it’s just how it is,”…
Richard Feynman didn’t invent a magic formula for learning fast. What he did was describe, almost by accident, the process his brain used to understand complex things: explaining them in words so simple that a child could follow along. That’s where the Feynman technique steps we’re going to break down here come from, no roundabout…
You can read a topic three times and feel like you’ve mastered it… until the exam arrives and you discover you couldn’t explain why something happened, only repeat it. That feeling of false confidence is the most common problem when studying, and the Feynman Technique is one of the most reliable ways to uncover it…
Simplifying badly is worse than not simplifying at all. When you reduce a complex idea to a catchy but incorrect sentence, you haven’t taught anything: you’ve planted a confusion that will take longer to fix than it would to learn from scratch. The real skill isn’t “explaining it simply,” it’s explaining it simply without betraying…
When you read that the French Revolution was caused by “economic crisis and social inequality,” do you just accept it, or do you ask yourself why that crisis triggered a revolution and not, say, more emigration? That uncomfortable question is the essence of elaborative interrogation: a study method that consists of asking yourself “why is…