Learning Science
Evidence-based strategies for learning faster and retaining more — spaced repetition, memory consolidation, and cognitive science.
37 articles
Dual Coding Theory: How Words and Images Improve Learning
Learn about Allan Paivio's dual coding theory, how verbal and visual information are processed in separate channels, and practical applications for education and studying.
Elaborative Interrogation: The Power of Asking Why
Discover how elaborative interrogation -- generating explanations for facts while studying -- enhances memory retention, comprehension, and transfer of knowledge across domains.
Gamification in Education: Points, Badges, Leaderboards, and What the Research Says
A critical examination of gamification in education, explaining the core mechanics of points, badges, and leaderboards, the psychological theories behind their use, what the research evidence shows about their effectiveness, and how to implement gamification responsibly.
Growth Mindset vs Fixed Mindset: Dweck's Research and How It Changes Learning
Explore Carol Dweck's landmark research on growth and fixed mindsets — what they are, how they develop, what the scientific evidence shows, and practical ways to cultivate a growth-oriented approach to learning.
How Active Recall Works: Why Testing Yourself Beats Rereading
Understand the science of active recall — the testing effect that makes self-testing far more effective than passive review — and learn practical techniques to use retrieval practice in your own studying.
How Learning Two Languages Changes the Brain and Cognition
Decades of neuroscience research show that bilingualism reshapes brain structure, delays dementia onset, and enhances executive function — though some claims remain contested.
How Growth Mindset Research Is Reshaping Modern Education
Carol Dweck's growth mindset research changed how schools praise students, design feedback, and teach resilience. Here's what the science actually says.
How Interleaving Practice Builds Deeper and More Flexible Skills
Mixing different problem types during practice feels harder but produces dramatically better long-term skill transfer. Explore the science of interleaved learning.
How Memory and Learning Work: Encoding, Storage, and Retrieval
Memory and learning are tightly linked cognitive processes that allow humans to acquire, store, and recall information. This guide explains the neuroscience of encoding, the types of memory, and how understanding them can transform how you study and retain knowledge.
How Metacognition Helps Students Monitor and Improve Their Own Learning
Students who think about their own thinking outperform peers by nearly a year of schooling. Discover the science and practice of metacognitive learning strategies.
How Montessori Education Works: Principles, Methods, and Research
Explore how Montessori education works—its philosophical foundations, classroom methods, age-mixed groupings, prepared environment, and what scientific research reveals about outcomes.
How Online Learning Has Changed Education: Platforms, Outcomes, and Future
Explore how online learning has transformed education—from early distance learning and MOOCs to pandemic-era shifts, platform growth, outcomes research, and what lies ahead.
How Sleep Affects Learning and Memory: What Happens While You Rest
Explore the neuroscience of sleep and learning — how different sleep stages consolidate memories, why sleep deprivation impairs cognition, and what research reveals about optimizing sleep for better learning outcomes.
How Sleep Affects Learning: Memory Consolidation and the Resting Brain
Explore how sleep is essential for learning — not just rest. Discover the neuroscience of memory consolidation during sleep stages, how sleep deprivation impairs cognitive function, and practical sleep strategies to maximize learning.
How Sleep Consolidates Memory: Why Pulling All-Nighters Backfire
Sleep is not just rest; it is when your brain replays and consolidates what you learned that day. Discover the neuroscience of memory consolidation during sleep and why all-nighters are counterproductive.
How Spaced Repetition Makes Long-Term Memory More Durable
Spaced repetition exploits the forgetting curve to cement memories permanently. Discover the science behind why timing reviews transforms how much we retain.
How Spaced Repetition Works and Why It Beats Cramming
Spaced repetition schedules review sessions at expanding intervals, exploiting the spacing effect to maximize retention. Learn the science behind it and how to apply it practically.
How Standardized Testing Works: Design, Purpose, and Controversies
Standardized tests measure student knowledge using uniform conditions and scoring. Learn how they are designed, what purposes they serve, and the major controversies surrounding their use in education.
How the Testing Effect Improves Recall Better Than Re-Reading
Self-testing outperforms rereading by a wide margin for long-term retention. Learn why retrieval practice restructures memory in ways passive review never achieves.
How to Learn Anything Faster: The Science-Backed Techniques That Work
Cognitive science has identified specific learning techniques that dramatically outperform passive re-reading. Discover retrieval practice, spaced repetition, and interleaving, and why they work.
How to Study Effectively: Evidence-Based Techniques That Actually Work
Discover study techniques proven by cognitive science research to dramatically improve retention and understanding. Learn why popular methods like re-reading fail and what actually works.
Neuroeducation: How Brain Science Is Changing How We Teach and Learn
An exploration of neuroeducation — the application of neuroscience findings to educational practice — covering how the brain learns, the neuroscience of memory and retrieval, sleep and learning, emotional regulation in education, and what these insights mean for teachers.
Retrieval Practice: The Most Effective Study Strategy
Examine the science behind retrieval practice, including the testing effect, spaced retrieval, and how actively recalling information strengthens long-term memory far beyond rereading.
The Science of How We Learn: What Research Says About Studying
Decades of cognitive research have identified which study techniques actually work — and most popular methods fall near the bottom. Here's what the evidence shows.
What Are Learning Disabilities: Dyslexia, ADHD, and How Schools Can Help
A comprehensive guide to learning disabilities, covering what they are, how dyslexia and ADHD affect learning, the neurological basis of these differences, how they are identified, and evidence-based approaches schools can use to support affected students.
What Is Deliberate Practice and Why Talent Is Less Important Than You Think
Deliberate practice is a specific, effortful form of skill development that produces expert performance. Learn how it differs from ordinary practice and what it reveals about talent and achievement.
What Is Distance Learning: Models, Technologies, and Outcomes Research
Distance learning delivers education remotely through mail, broadcast, or digital platforms. Explore its historical models, modern technologies like MOOCs and LMS, and outcomes research findings.
What Is a Growth Mindset? How Beliefs About Ability Shape Learning
Learn what Carol Dweck's growth mindset theory means, the research behind it, and how fixed versus growth beliefs about intelligence affect academic performance and resilience. Discover practical strategies for cultivating a growth mindset.
What Is Metacognition: Thinking About Your Own Thinking and Learning Better
A comprehensive guide to metacognition — the ability to think about your own thinking processes — and how developing metacognitive awareness transforms how effectively you learn, problem-solve, and make decisions.
What Is Project-Based Learning: Design, Benefits, and Real-World Results
A comprehensive guide to project-based learning (PBL), covering its definition, the evidence-based benefits for student engagement and deep learning, how to design effective projects, and real-world outcomes from classrooms around the world.
What Is Spaced Repetition: The Most Effective Way to Memorize Anything
A deep dive into spaced repetition — the scientifically validated memorization technique that leverages the forgetting curve to schedule reviews at optimal intervals and dramatically improve long-term retention.
What Is Spaced Repetition? The Science of Remembering More with Less Study
Spaced repetition is a learning technique that schedules reviews at increasing intervals to exploit the brain's forgetting curve. This guide explains the science behind spaced repetition, how to implement it, and why it is one of the most powerful tools in evidence-based education.
What Is Special Education: Services, Legal Rights, and Inclusive Practices
Special education provides tailored instruction and support for students with disabilities. Learn about its services, federal legal framework, IEPs, and the shift toward inclusive education practices.
What Is the Feynman Technique: The Best Way to Learn Anything Deeply
Discover the Feynman Technique, a four-step learning method inspired by physicist Richard Feynman that uses simplification and teaching to achieve deep understanding.
What Is the Flipped Classroom: How It Works and What Research Shows
Learn what the flipped classroom model is, how it inverts traditional instruction, what research reveals about its effectiveness, and its limitations in practice.
What Is the Testing Effect: Why Being Tested Helps You Remember More
The testing effect shows that retrieving information from memory strengthens it more than restudying. Learn the evidence behind this counterintuitive finding and how to apply it.
Standardized Testing: Why Educators Debate Its Value and Fairness
Standardized tests are used to determine school funding, college admissions, and teacher evaluations. Research reveals deep problems with what they measure — and don't.