Pomodoro Technique
Work in focused 25-minute intervals with short breaks. Developed by Francesco Cirillo in the 1980s. Proven to boost concentration and reduce burnout.
Choose a Task
Select a specific study topic or task to focus on. Be specific — "Review cardiac physiology" is better than "study medicine".
Work for 25 Minutes
Set the timer and work with complete focus. No phone, no social media, no distractions. If a thought pops up, write it down and return to work.
Short Break (5 min)
Stand up, stretch, get water, look away from screen. Do NOT check your phone or start another task. Let your brain rest.
Long Break (15-30 min)
After 4 pomodoros, take a longer break. Walk, eat, exercise. This prevents mental fatigue and maintains performance across the day.
🍅 Pomodoro Timer
📋 Task List
⚙️ Settings
💡 Why It Works
The Pomodoro Technique leverages timeboxing — a fixed time constraint creates urgency and focus. The brain works best in short, intense bursts rather than long, unfocused sessions.
🧠 Neuroscience
Working memory has limited capacity. After ~25 minutes of intense focus, adenosine builds up causing mental fatigue. Short breaks allow adenosine clearance and dopamine reset.
📊 Research
Studies show the Pomodoro Technique increases productivity by 25-30% and reduces procrastination. Medical students using timed study sessions score higher on exams.
🎯 Pro Tips
• Start with 25/5 and adjust
• Track which tasks take how many pomodoros
• If interrupted, restart the timer
• Pair with Active Recall for maximum effect
• Use the 2-minute rule: if a distraction takes <2min, do it in your break
Feynman Technique
Named after Nobel physicist Richard Feynman. The ultimate test of understanding — if you can't explain it simply, you don't understand it well enough.
Choose a Concept
Pick a specific topic you want to understand deeply. Write the concept name at the top of a blank page. Be specific — "Frank-Starling Law" not "cardiac physiology".
Explain It Simply
Write an explanation as if teaching a 12-year-old. Use simple language, analogies, and examples. No jargon. If you can't explain it simply, you don't understand it.
Identify Gaps
Where did you get stuck? Where was your explanation vague or incomplete? These are your knowledge gaps. Go back to your notes/textbook and fill them.
Simplify & Use Analogies
Rewrite your explanation even more simply. Create analogies that connect the concept to everyday life. The simpler your explanation, the deeper your understanding.
🧠 Feynman Workspace
📚 Saved Explanations
💡 Why It Works
Teaching forces active processing. You can't passively regurgitate — you must reorganise information, find connections, and fill gaps. This creates stronger neural pathways.
🏥 Medical Application
Perfect for complex topics: explain the renin-angiotensin system to a child. If you can do this, you truly understand it. Use analogies: "The kidney is like a water filter..."
📊 Research
The "protégé effect" shows that teaching others improves your own learning by 50-90%. Students who explain concepts retain information 2× longer than those who just re-read.
🎯 Pro Tips
• Actually speak out loud (don't just think)
• Record yourself explaining
• Use diagrams and drawings
• Explain to a study partner
• If stuck for >30 seconds, that's a gap
Blurting Method
Read a topic, close your notes, then write down everything you can remember. Compare with your notes to find gaps. Simple, powerful, and brutally honest.
Read Your Notes
Spend 5-10 minutes reading through a topic. Don't highlight or take notes — just read and try to understand. Focus on key concepts, not memorising word-for-word.
Close Everything
Put away all notes, textbooks, and devices. You need a blank page and your brain — nothing else. This is the hard part. Resist the urge to peek.
Write Everything You Remember
Set a timer (5-10 minutes) and write down absolutely everything you can recall. Don't worry about order or neatness. Just blurt it all out.
Compare & Fill Gaps
Open your notes and compare. Highlight what you missed in a different colour. These gaps are exactly what you need to focus on next time.
Step 1: Enter Your Topic
What topic are you studying? Enter the subject below.
📊 Previous Blurting Sessions
💡 Why It Works
Blurting forces retrieval practice — the most powerful learning strategy known to science. Every time you retrieve information from memory, the neural pathway strengthens.
🧠 The Testing Effect
Research shows that testing yourself is 50% more effective than re-reading. Blurting is essentially a free-form self-test. The struggle to remember is where learning happens.
🏥 Medical Application
Perfect for anatomy, pharmacology, and pathology. Read about the brachial plexus, close your book, draw it from memory. The gaps you find are gold.
🎯 Pro Tips
• Use a timer to create urgency
• Don't peek — the struggle is the point
• Use different colours for gaps
• Repeat the same topic 2-3 days later
• Combine with Pomodoro (1 pomo = 1 blurt cycle)
Active Recall
The single most effective study technique according to cognitive science. Instead of passively re-reading, actively test yourself on the material.
Create Questions
After studying a topic, create questions that test the key concepts. Use "why" and "how" questions, not just "what". The act of creating questions is itself a learning exercise.
Close Your Notes
Put away all materials. You must retrieve the answer from memory — not recognition. This is the critical difference between active recall and passive review.
Answer From Memory
Attempt to answer each question fully. Write or speak your answer. Don't give up too quickly — the effort of retrieval is what strengthens memory.
Check & Rate Confidence
Compare your answer with the correct one. Rate your confidence: Hard (review soon), Medium (review later), Easy (extend interval). This feeds into spaced repetition.
🔄 Active Recall Practice
0/0Create Your Question Bank
Add questions and answers to practice active recall.
📊 The Evidence
A landmark 2006 study by Roediger & Karpicke showed students who tested themselves remembered 80% after 1 week vs only 36% for re-readers. Active recall is the gold standard.
🧠 How It Works
Retrieval practice strengthens memory traces. Each retrieval attempt creates new neural pathways and strengthens existing ones. Difficulty is desirable — harder retrieval = stronger memory.
🏥 Medical Application
Create questions from lecture notes immediately after class. Use "What are the 5 causes of..." format. Test yourself before looking at answers. Combine with spaced repetition for maximum effect.
🎯 Question Types
• Factual: What is the normal GFR?
• Conceptual: Why does GFR decrease in heart failure?
• Clinical: How would you manage a patient with GFR of 15?
• Comparison: How does AKI differ from CKD?
Spaced Repetition
Review material at increasing intervals to exploit the spacing effect. The most efficient way to move information from short-term to long-term memory.
Learn the Material
Study a topic thoroughly for the first time. Use active recall and the Feynman technique to ensure understanding before spacing begins.
Review After 1 Day
The forgetting curve drops steeply in the first 24 hours. Your first review should be the next day. This alone can boost retention from 30% to 70%.
Increase Intervals
If you remembered well: Day 1 → Day 3 → Day 7 → Day 14 → Day 30 → Day 90. If you struggled: reset to shorter intervals. Adapt to your performance.
Track & Adjust
Use the scheduler below to track your review dates. Mark topics as Easy, Medium, or Hard to adjust intervals automatically.
📉 The Forgetting Curve
Without review, you forget 70% within 24 hours (Ebbinghaus, 1885). With spaced reviews at optimal intervals, retention stays above 90% indefinitely.
📊 Optimal Intervals
Day 1 → Day 3 → Day 7 → Day 14 → Day 30 → Day 90
These intervals are based on the spacing effect research. Adjust based on difficulty — harder topics need shorter intervals.
🏥 Medical Application
Use Anki or our Flashcards tool for spaced repetition. Perfect for pharmacology (drug names), anatomy (structures), and pathology (disease features). Start early — don't cram.
Cornell Note-Taking System
Developed at Cornell University in the 1950s. A structured note-taking format that builds in active recall and summarisation. The gold standard for lecture notes.
Divide Your Page
Draw a vertical line ~6cm from the left edge. Draw a horizontal line ~5cm from the bottom. This creates 3 sections: Cue Column (left), Notes (right), Summary (bottom).
Take Notes (Right Column)
During the lecture or while reading, write notes in the large right column. Use abbreviations, bullet points, and diagrams. Don't write everything — capture key ideas.
Create Cues (Left Column)
After the lecture, write questions and keywords in the left column that correspond to your notes. These become your self-test questions for active recall.
Summarise (Bottom)
Write a 2-3 sentence summary of the entire page. This forces you to identify the most important points. Review by covering the right column and answering from cues.
📝 Cornell Notes
Cue Column
Notes
Summary
📚 Saved Cornell Notes
Interleaving Practice
Instead of studying one topic for hours (blocking), mix different topics in a single session. Feels harder but produces significantly better long-term learning.
Choose 3-5 Topics
Select related but different topics. For example: cardiac physiology, respiratory physiology, and renal physiology. They should be different enough to require mental switching.
Alternate Between Topics
Study Topic A for 20-30 minutes, then switch to Topic B, then C, then back to A. The switching forces your brain to discriminate between concepts.
Embrace the Difficulty
Interleaving feels harder than blocking. You'll feel like you're learning less. But research consistently shows 20-40% better long-term retention. Trust the process.
Review Connections
At the end of your session, spend 5 minutes noting connections between the topics. How does cardiac output relate to renal perfusion? These connections deepen understanding.
🔀 Interleaving Schedule Generator
Add Your Topics
📊 The Research
Rohrer & Taylor (2007) found interleaving produced 43% better test scores than blocking. The effect is strongest when topics are related but distinct — perfect for medical subjects.
❌ Blocking vs ✅ Interleaving
Blocking: AAA BBB CCC
Interleaving: ABC BCA CAB
Blocking feels easier but produces illusion of competence. Interleaving feels harder but produces real learning.
Mind Mapping
Visual thinking tool that mirrors how the brain naturally organises information. Start with a central concept and branch out to related ideas, creating a web of connections.
Central Concept
Write your main topic in the centre of the page. Use a keyword or short phrase. Draw a circle or box around it. This is the root of your mind map.
Main Branches
Draw thick branches radiating outward for main subtopics. Use different colours for each branch. Keep labels short — single words or brief phrases work best.
Sub-Branches
Add thinner branches for details, examples, and connections. Let ideas flow naturally. Don't worry about perfect organisation — you can restructure later.
Connect & Review
Draw dotted lines between related concepts on different branches. Add icons, colours, and images. Review your mind map to reinforce the connections.
📚 Saved Mind Maps
The Science of Learning
Understanding why these methods work helps you use them more effectively. Here's what cognitive science tells us about how the brain learns and remembers.
🧠 Testing Effect
Retrieval practice (testing yourself) improves long-term retention by 50% compared to re-reading. The act of retrieving information strengthens memory traces more than any other strategy.
📅 Spacing Effect
Distributing study over time produces 30% better retention than massed practice (cramming). The forgetting curve shows we lose 70% within 24 hours without review.
🔀 Interleaving Effect
Mixing different topics during study produces 43% better test performance than studying one topic at a time (blocking), despite feeling more difficult.
🗣️ Protégé Effect
Teaching others (or preparing to teach) can improve your own learning by up to 90%. This is why the Feynman Technique is so powerful — it forces you to teach.
💪 Desirable Difficulties
Learning strategies that feel harder (active recall, interleaving) produce better long-term results than easy strategies (re-reading, highlighting). Difficulty signals learning.
📉 Forgetting Curve
Hermann Ebbinghaus (1885) showed we forget 70% of new information within 24 hours. Spaced repetition at optimal intervals can maintain retention above 90% indefinitely.
🧩 Elaborative Encoding
Connecting new information to existing knowledge (elaboration) improves retention by 65%. Ask "why?" and "how?" to create deeper processing and stronger memory traces.
🎯 Dual Coding
Combining verbal and visual information (dual coding) improves learning by up to 89%. Use diagrams, mind maps, and flowcharts alongside text-based notes.
😴 Sleep & Memory
Sleep is essential for memory consolidation. During slow-wave sleep, the hippocampus replays the day's learning, transferring it to long-term cortical storage. 7-9 hours is optimal.
🏃 Exercise & Learning
Aerobic exercise increases BDNF (brain-derived neurotrophic factor), which promotes neurogenesis in the hippocampus. Just 20 minutes of exercise before studying improves retention by 20%.