What do you want to truly understand?
"I learned very early the difference between knowing the name of something and knowing something."
— Richard Feynman
🧠 The Method That Actually Works
- 1. Pick a Topic: Use Study Plan for complex subjects or Quick Study for specific concepts.
- 2. Drill Down: Read the article, click concepts to go deeper until you hit the root cause, then work back up.
- 3. Test Understanding: Use the Feynman Technique to teach an AI student, identify gaps, and achieve mastery.
Why This Works (Based on Science)
Teaching is #1 for Retention
The National Training Laboratories' Learning Pyramid found that students retain up to 90% of what they learn through teaching others, compared to just 10% from reading.
AI Tutoring Doubles Gains
A Harvard RCT (2023) found that students using AI tutors achieved more than twice the learning gains of active classroom lessons, in less time.
Feynman Technique Wins
A study (Reyes et al., 2021) found that students using the Feynman Technique across grades 4-11 had significantly higher test scores than control groups.
Beat the Forgetting Curve
You forget 70% of what you learn within 24 hours without active reinforcement. Synesis's recursive deep-dive forces the active engagement needed to stick.
9x Higher Mastery
Students were 9 times more likely to report mastering course objectives when First Principles of Instruction were applied (Survey of 140 students).
17% Score Jump
English language learners improved scores from 65% to 82% after adopting the Feynman Technique, reporting higher confidence.
Problem-Solving Boost
AI intelligent tutoring systems improved problem-solving skills by ~11% (65.4 → 72.8) in just 8 weeks (2024 study of 300 students).
Active vs Passive: 93% vs 79%
Active learners retain 93.5% after one month, while passive learners retain only 79%. Synesis keeps you active the entire time.
University Recommended
Oxford, Ohio State, York, and others officially endorse the Feynman Technique for deep learning and mastery.
Higher Engagement
AI tool integration drove a 20–23% boost in student engagement in multi-university studies.