The T-Shaped Learning Model combines deep vertical expertise in one or two disciplines (the stem of the T) with broad horizontal knowledge across many fields (the top of the T). This approach allows polymaths to develop genuine mastery while maintaining the versatility to connect disparate ideas.

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T-Shaped Learning Model Practice: Choose 1-2 core disciplines for deep

Polymathic Practice Notes

#methodology #practice #t-shaped

A practice rule for T-Shaped Learning Model: Choose 1-2 core disciplines for deep mastery (the vertical bar).

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T-Shaped Learning Model Practice: Continuously expand the top of your

Polymathic Practice Notes

#methodology #practice #t-shaped

A practice rule for T-Shaped Learning Model: Continuously expand the top of your T while deepening the stem.

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T-Shaped Learning Model Practice: Develop foundational knowledge in 5-7 adjacent

Polymathic Practice Notes

#methodology #practice #t-shaped

A practice rule for T-Shaped Learning Model: Develop foundational knowledge in 5-7 adjacent fields (the horizontal bar).

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T-Shaped Learning Model Practice: Identify connection points between your deep

Polymathic Practice Notes

#methodology #practice #t-shaped

A practice rule for T-Shaped Learning Model: Identify connection points between your deep and broad knowledge.

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T-Shaped Learning Model Practice: Spend 60-70% of learning time on

Polymathic Practice Notes

#methodology #practice #t-shaped

A practice rule for T-Shaped Learning Model: Spend 60-70% of learning time on depth, 30-40% on breadth.

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The Art of Learning

Polymaths Resources

#book #methodology #resource

The Art of Learning is a book in the Polymaths resource set. Transferable learning principles from chess and martial arts mastery.

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The Feynman Technique

Polymathic Methodologies

#feynman #learning #methodology

Named after physicist Richard Feynman, this technique involves learning a concept by attempting to explain it in simple terms, as if teaching a child. The process reveals gaps in understanding and forces deeper comprehension. If you can't explain it simply, you don't understand it well enough.

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The Feynman Technique Practice: Choose a concept and study it

Polymathic Practice Notes

#feynman #methodology #practice

A practice rule for The Feynman Technique: Choose a concept and study it thoroughly.

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The Feynman Technique Practice: Explain it in simple language without

Polymathic Practice Notes

#feynman #methodology #practice

A practice rule for The Feynman Technique: Explain it in simple language without jargon, as if teaching a 12-year-old.

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The Feynman Technique Practice: Identify gaps where your explanation breaks

Polymathic Practice Notes

#feynman #methodology #practice

A practice rule for The Feynman Technique: Identify gaps where your explanation breaks down.

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The Feynman Technique Practice: Return to source material to fill

Polymathic Practice Notes

#feynman #methodology #practice

A practice rule for The Feynman Technique: Return to source material to fill gaps.

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The Feynman Technique Practice: Simplify and refine your explanation iteratively

Polymathic Practice Notes

#feynman #methodology #practice

A practice rule for The Feynman Technique: Simplify and refine your explanation iteratively.

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