Self-Explanation: Teaching Yourself to Learn Better

The best way to learn something is to explain it to yourself. Self-explanation—articulating your understanding in your own words—is one of the most powerful learning strategies backed by cognitive science.

What Is Self-Explanation?

Self-explanation is the process of generating explanations to yourself about the material you're learning. Research published in Educational Psychology Review shows that students who self-explain while learning demonstrate significantly better comprehension and retention than those who passively review material.

Unlike simply reading or highlighting, self-explanation forces you to actively process information, identify gaps in your understanding, and build coherent mental models.

The Science Behind Self-Explanation

Studies from PNAS demonstrate that self-explanation activates multiple cognitive processes:

• Identifying knowledge gaps
• Making inferences to fill those gaps
• Integrating new information with prior knowledge
• Monitoring comprehension

According to research from NIH, self-explanation improves learning outcomes across diverse domains—from mathematics to reading comprehension to scientific reasoning.

How to Practice Self-Explanation

1. Explain Each Step

When working through problems or examples, explain why each step makes sense. Don't just follow procedures—understand the reasoning.

For example, when solving a math problem, ask yourself: "Why am I using this formula? What does this step accomplish? How does this connect to what I did before?"

2. Use Your Own Words

Paraphrase concepts rather than memorizing textbook language. Research from Science shows that translating information into your own words forces deeper processing and reveals misunderstandings.

Socranotes helps by prompting you to explain flashcard concepts in your own words, reinforcing understanding through active generation.

3. Connect to Prior Knowledge

Explicitly link new information to what you already know. Studies published in Learning and Instruction show that making these connections strengthens both the new and existing knowledge.

4. Identify and Fill Gaps

When you can't explain something, you've found a gap in your understanding. This metacognitive awareness is valuable—it tells you exactly what to study next.

Self-Explanation Prompts

Use these prompts to guide your self-explanation practice:

• "What does this mean in my own words?"
• "Why does this make sense?"
• "How does this relate to what I already know?"
• "What would happen if I changed this variable?"
• "Can I think of an example of this concept?"
• "What's the main idea here?"
• "How would I explain this to someone else?"

Self-Explanation Across Subjects

STEM Subjects

Research from Applied Cognitive Psychology shows that self-explanation is particularly effective in STEM learning. Explain why formulas work, not just how to use them. Describe what each variable represents and why the relationship makes sense.

Reading Comprehension

Studies from Nature Neuroscience demonstrate that self-explaining while reading improves comprehension. Pause periodically to summarize what you've read and explain how ideas connect.

Problem Solving

When learning from worked examples, explain each step before looking at the solution. Research shows this produces better transfer to novel problems.

Common Mistakes

Mistake 1: Superficial Explanations

Simply restating information isn't self-explanation. You need to elaborate, connect, and reason about the material.

Mistake 2: Skipping Difficult Parts

The parts you can't explain are exactly what you need to focus on. Don't avoid them—they're your learning opportunities.

Mistake 3: Not Checking Your Explanations

After self-explaining, verify your understanding against authoritative sources. You might have explained something incorrectly.

Combining Self-Explanation with Other Techniques

Self-Explanation + Retrieval Practice

After retrieving information from memory, explain it to yourself. This combination is particularly powerful according to research from Journal of Educational Psychology.

Socranotes facilitates this by asking you to explain your answers after testing yourself with flashcards.

Self-Explanation + Elaborative Interrogation

Ask yourself "why" questions, then self-explain the answers. This deepens understanding and creates richer memory traces.

Self-Explanation + Concept Mapping

Create visual representations while self-explaining relationships between concepts. The dual coding enhances retention.

Digital Tools for Self-Explanation

Modern technology can support self-explanation practice. Socranotes encourages self-explanation by:

• Prompting you to explain concepts in your own words
• Providing AI-generated questions that require explanation
• Offering immediate feedback on your explanations
• Tracking which concepts you struggle to explain

Research from Trends in Cognitive Sciences suggests that well-designed educational technology can scaffold self-explanation effectively.

Measuring Your Progress

How do you know if self-explanation is working? Look for these indicators:

• Ability to explain concepts without referring to notes
• Improved performance on conceptual questions
• Better transfer to novel problems
• Increased awareness of what you don't understand

The Feynman Technique

Nobel Prize-winning physicist Richard Feynman was famous for his ability to explain complex concepts simply. His technique is essentially structured self-explanation:

1. Choose a concept and explain it as if teaching a child
2. Identify gaps in your explanation
3. Go back to source material to fill those gaps
4. Simplify and use analogies

This approach forces you to truly understand material at a deep level.

Conclusion

Self-explanation transforms passive learning into active sense-making. By articulating your understanding, you expose gaps, strengthen connections, and build robust mental models.

The research is overwhelming: students who self-explain learn more deeply and retain information longer. Tools like Socranotes make it easier to practice self-explanation consistently, providing prompts, feedback, and structure.

Start today. The next time you study, don't just read—explain. Talk to yourself. Question your understanding. Your brain will reward you with deeper comprehension and longer-lasting knowledge.