Productivity
The 'Feynman Technique': Learn Anything Faster
Oct 17, 2024
5 min read
The Origin Story
Before diving into the technique, let's talk about its namesake. Richard Feynman wasn't just a Nobel Prize-winning physicist - he was legendary for making the incomprehensible comprehensible. From quantum electrodynamics to the Space Shuttle Challenger disaster investigation, Feynman had an uncanny ability to cut through complexity and find the simple truth underneath.
Breaking Down the Magic Formula
Let's expand on each step of this powerful learning technique:
1. Choose Your Target Concept
Pick something you want to master, whether it's:
A programming concept like recursion
A scientific theory like evolution
A business concept like compound interest
A historical event like the Industrial Revolution
2. The 12-Year-Old Test
Imagine explaining your chosen topic to a bright 12-year-old who's curious but has no background in the subject. This forces you to:
Drop the fancy vocabulary
Find real-world analogies
Break complex ideas into digestible chunks
Use stories and examples that resonate
3. The Gap Analysis
This is where the real learning happens. When you stumble in your explanation, you've struck gold - you've found a gap in your understanding. Common signs include:
Using jargon without being able to define it
Skipping steps in your logic
Feeling uncertain about connections between ideas
Unable to provide concrete examples
4. The Refinement Process
Now comes the crucial part - filling those gaps through:
Targeted research
Consulting different sources
Drawing diagrams
Creating analogies
Testing your explanation on others
Real-World Application Examples
Programming
Instead of memorizing that recursion is "a function calling itself," explain it as Russian nesting dolls - each doll contains a smaller version of itself until you reach the tiny doll in the middle. That's your base case!
Physics
Rather than reciting F=ma, describe force as a push or pull that changes how things move, like pushing a shopping cart - the harder you push (more force), the faster it speeds up (acceleration).
Finance
Instead of abstract compound interest formulas, explain it as a snowball rolling downhill - as it rolls, it picks up more snow, getting bigger faster and faster.
Common Pitfalls to Avoid
Don't skip the writing part - articulating your explanation in writing reveals gaps that speaking might hide
Avoid settling for memorization - if you can't create novel examples, you haven't truly understood
Don't rush to jargon - technical terms should be the finale, not the opening act
Resist the urge to oversimplify - simple doesn't mean incomplete
Taking It Further
Create a learning journal where you:
Document your explanations
Track challenging concepts
Record successful analogies
Note common stumbling blocks
Keep a "confusion log" of concepts that need more work
The Digital Age Advantage
Today's learners have unprecedented resources at their fingertips. Use:
Video explanations to supplement your learning
Online communities for feedback
Digital note-taking tools for organization
Educational apps for practice
The Ultimate Test
You'll know you've mastered the Feynman Technique when you can:
Switch between technical and simple explanations effortlessly
Create multiple analogies for the same concept
Answer unexpected questions about the topic
Apply the concept in novel situations
The beauty of the Feynman Technique lies in its simplicity and effectiveness. It turns the passive act of learning into an active, engaging process that not only builds knowledge but also develops communication skills. Whether you're a student, professional, or lifelong learner, this technique can transform how you approach new concepts.
Remember Feynman's own words: "If you can't explain something in simple terms, you don't understand it." So, what will you try to explain today? Whatever you want to dive into, your AI assistant Martin is one call or text away and a great resource to use for practicing this technique.