Feynman Technique: Learn Anything Faster (With the Science That Backs It Up)
The Feynman Technique explained with the cognitive research that supports it. Four steps, worked examples from physics to coding, and why teaching...
All articles tagged with "Learning"
The Feynman Technique explained with the cognitive research that supports it. Four steps, worked examples from physics to coding, and why teaching...
Mental models are thinking frameworks that simplify reality for faster decisions. Examples: supply and demand, first principles, and leverage points.
Framework overload happens when collecting mental models faster than applying them. Too many frameworks create decision paralysis, not better...
Deliberate practice is focused training with immediate feedback that pushes beyond current ability to build expertise through systematic improvement.
Information is raw facts; knowledge is information integrated with understanding, context, and application. Reading alone is not learning.
Deliberate practice pushes beyond comfort zones with feedback. Time alone doesn't create expertisefocused effort at the edge of ability does.
Encoding creates memories; storage preserves them; retrieval strengthens them. Testing yourself embeds knowledge better than re-reading ever could.
Repetition alone doesn't create knowledge because it's passive. Re-reading builds familiarity, not understanding. Knowledge requires active retrieval.
Most learning fails because of illusion of mastery, passive consumption without testing, lack of retrieval practice, and insufficient spacing over...
Tactics work until conditions change. Principles adapt because they're based on underlying truths, not surface patterns.
Learning inefficiency: passive consumption without application, no clear goals creating random learning, forgetting without repetition.
Knowledge management projects: personal wiki organizing notes, digital garden with public growing notes, research database, content systems.
Experiment-driven projects: productivity method tests comparing Pomodoro versus time blocking, sleep optimization testing schedules, habit...
Beginner research projects: literature synthesis comparing research for consensus and gaps, replication studies reproducing published findings,...
Low-risk learning projects: Limited time of few hours weekly, no financial investment, clear scope, reversible decisions, private experimentation.
Side projects that teach: build something you'll use for real motivation, recreate favorite apps to understand their architecture.
Retrieval practice strengthens memory. Spaced repetition reviews information before forgetting. Interleaving mixes topics.
Mental models are thinking frameworks. Examples: second-order thinking asks then what. Inversion considers opposite.
Test yourself frequently. Space reviews over time. Interleave topics rather than blocking. Elaborate by connecting new to existing knowledge.
Doing provides immediate feedback and builds skill through practice. Studying gives systematic foundational knowledge efficiently.
Brain learning: neurons fire together during experience, synapses strengthen with repetition through long-term potentiation, wiring pathways...
Identify key components. Map relationships showing how parts connect. Test predictions against reality. Refine based on failures.
Cognitive load theory: Working memory holds 7±2 items. Three types: intrinsic (content complexity), extraneous (poor design), germane (deep...
Education is structured, credential-focused, and standardized. Learning is active, self-directed, need-driven, and outcome-focused without formal...
Knowledge is context-dependent. What works in situation A fails in B. Experts struggle to teach tacit knowledge.
Teaching delivers information through lectures. Understanding requires active processing, connecting concepts, testing knowledge, applying...
Standardization brings efficiency and scalability. Creativity brings novelty and individuality. Education struggles to balance both imperatives.
Metacognition — thinking about your own thinking — is one of the most teachable and consequential cognitive skills.
In 1930, B.F. Skinner placed a rat in a box with a lever. When the rat pressed the lever, a food pellet dropped. The rat pressed more.
George Miller's 1956 paper established that working memory holds 7 ± 2 items. John Sweller's 1988 cognitive load theory asked: if working memory is...
From Ken Robinson's creativity critique to Finland's education miracle, explore what decades of research reveals about why schools struggle to...
A deep dive into the science of memory: how the brain encodes, stores, and retrieves information, from Ebbinghaus's forgetting curve to modern...
A thorough examination of creativity science: from Guilford's divergent thinking and Wallas's four stages to the investment theory, the 10,000-hour...
What does the science say about improving memory? Understand the evidence behind spaced repetition, retrieval practice, sleep, exercise, and why...
From Maryanne Wolf's deep reading research to Keith Oatley's fiction and empathy studies: what neuroscience and cognitive psychology reveal about...
What cognitive science, forecasting research, and epistemic psychology reveal about why reasoning fails and how to actually improve it.
The science of accelerated learning: spaced repetition, retrieval practice, interleaving, sleep, and deliberate practice — what research actually...
Learn how memory works, including encoding, storage, retrieval, short-term vs long-term memory, the hippocampus, memory consolidation during...
Asking better questions is a learnable skill backed by research. Explore Socratic questioning, the SPIN framework, open vs closed questions, and...
Personal development is the deliberate process of improving skills, mindset, and effectiveness.
Speed reading promises 1,000 words per minute. Research says otherwise. Learn what actually limits reading speed and what techniques genuinely work.
Sleep is not passive rest — it actively consolidates memory and learning. Learn how sleep stages, REM, and sleep deprivation affect cognition and...
Retroactive interference happens when new learning impairs recall of older memories. Learn the science, how it differs from proactive...
Tacit knowledge is the expertise you have but cannot fully articulate. Learn Polanyi's concept, why it matters for organizations, and how to...
How is education changing? From credential inflation to AI tutoring and competency-based learning, here is what the evidence says about where...
The curse of knowledge explains why experts fail to communicate clearly. Learn how it affects teaching, writing, and leadership — and how to...
Education incentives often backfire. Learn how teaching to the test, grade inflation, and teacher performance pay undermine learning — and what...
Cognitive load theory explained: Sweller's framework of working memory limits, the three types of cognitive load, the worked example and...
Memory is not a recording — it's an active reconstruction. Learn how encoding, storage, and retrieval work, why we forget, and what sleep does to...